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Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

A sheep's bladder is drawn over a hollow cup in old telephones.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

A disk of metal is transmitted through a telephone.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

The wire from a phone sends sound through the use of vibration.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sounds carried to the brain are digitally recorded through electricity.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Antique telephones use animal skin or organs to record sound.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

When objects vibrate in the vacuum of space sound is generated.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Striking a piano string makes vibrations reach our eardrums through the air.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Telephones used to have film stretched over something hollow inside of them.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

People hit drums with sticks.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

The effect of a drumstick on a drum head is analogous to when a voice is transmitted through a telephone.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Ears contain membranes for catching vibrations and transmitting them to the nervous system.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Telephones used to be made from sheep's bladders.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Human brains can understand vibrations on the ear-drum and recover the voice that the vibrations resulted from.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Electric pianos also make vibrations in the air.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Brains can record sounds that thave been carried by the nervous system.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

The brain is a mechanical phenomenon.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sheepskins vibrate to convey vocal information to pianos.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Telephones can have wires.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sound can be conveyed over distances.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sheep vibrate when they hear sounds from pianos.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

When sound falls on a metal disk in a telephone, that is similar to humans hearing voices with ears.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

The ear drum is connected to the nervous system

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

The nervous system reaches the telephone with electricity.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Electric hollow cups carry vibrations to the ear-drums of sheep.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sheep put their ears next to drums to hear the vibrations they make.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Telephones are made of at least wires or metal disks.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sound is transmitted over space by the electrically-charged wires in a telephone.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Striking a sheep with a small stick turns it into a telephone.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Cylinders are hollow inside like cups are.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Vibration is a kind of motion.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sound can be carried to our brains by sheep.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Modern telephones use a film of sheepskin or a bladder drawn over a hollow cylinder to transmit sound vibrations.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

A piano string is an object.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sound can be in multiple places over time if it passes over an electrically charged telephone wire.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Thick membranes can't be vibrated by striking blows.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Telephones can record sounds using a membrane.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Telephones are usually made of vibrating skin.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Old telephones weren't powered by electricity.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

The vibrations of a drum are set into motion by a blow striking its surface.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Something vibrates when people talk.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

The sound of a piano string is produced by the vibration of our eardrums.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Electricity is necessary for telephones to work.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Old telephones work by hitting the eardrum with a small stick.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

The telephone carries sound to our brains.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

A piano produces sound because the keys vibrate when they are struck by the pianist.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

An ear drum provides the same operational functionality as a piano string in the context of sound.

contradiction

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

Sound can be carried by vibratory waves or electric signals.

entailment

Sound is due to the vibrations of objects. A piano string produces sound because of its vibration when struck, or pulled to one side and then released. This vibration sets the air in rapid motion, and the result is the recording of the sound on our ear-drums. In old telephones, this recording corresponds to a film of sheepskin or bladder drawn over a hollow cup or cylinder. When the head of a drum is struck with a small stick it vibrates. In this case the vibrations are set in motion by the blow, while in the telephone a similar phenomenon is the result of vibratory waves falling from the voice on the thin membrane, or disk of metal, in the transmitter. When these vibrations reach the ear-drum the nervous system, corresponding to electricity in the mechanical telephone, carries this sound to our brains where it is recorded and understood. In the telephone the wire, charged with electricity, carries the sound from one place to another.

If an object falls to the earth in atmospheric conditions, it can never produce sound.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Swallows are birds

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Swallows can fly

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

If birds are flying low, it is likely to be sunny soon

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

If birds are flying low, it is likely to be rainy or windy soon

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Pigs carrying straw to their sties can cause rain

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When animals seek shelter, bad weather may be on the horizon.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When chimney smoke ascends readily the weather is fine.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

There are many signs of coming weather changes.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Animals are a way to detect weather changes.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When chimney smoke ascends readily then calm weather is ahead.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

An indication of fine weather is dew and fog.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Pigs bringing straw home might make you think that they're forecasting bad things.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Dew does not appear when it is windy.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Swallows are good forecasters in that they can predict precipitation.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Dew is an indicator of good weather.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Fog is a precursor for fine weather.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When animals seek shelter bad weather is on its way.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Pigs carry straw to their sties when bad weather is on its way.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Fog is able to form in strong winds.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Dew is able to form under an overcast sky.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

All signs of weather change are generally known.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Animals out in the open signal bad weather.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Swallows are considered birds of making short trips.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When one swallows food, rain or wind may be expected.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Swallowing too aggressively can cause dew.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Bird of long flight that hang about home and fly low can cause rain

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Birds try to swallow rain or wind

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

In good weather, animals spread over their usual range

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Mountain Dew is an indication of good weather

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

One can predict changes in the weather to some degree if they have the knowledge of signs.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When pigs are flying low, you should expect wind.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Dew and fog are indications of unfavorable weather change.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Dew and fog are formations.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Pigs live in sties.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When pigs ascend readily from chimneys and fly low, that is an indication of fine weather.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Birds that fly for a long time can be a good signal of weather changes.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Animals seek shelter when a favorable change in the weather is coming.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Fog can occur when the sky is overcast.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Fog and wind often co-occur.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Rain is a kind of unfavorable weather.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Birds are animals that can be used to predict the future weather with reasonable success.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When smoke doesn't spread upward out of a chimney, the weather will likely worsen.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Animals usually spread over a particular range.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When birds carry straw to the chimney, the weather will not change.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When birds anticipate rain or wind, they don't fly as far as usual.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Drinking Mountain Dew with a straw in the rain is a lesser known way of favoring it.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Chimney smoke can generate enough wind to lift straw into the homes of swallows.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When smoke from chimneys descends or hangs bad weather is probably coming your way.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

No weather formations can occur in very windy conditions.

contradiction

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Some signs of changing weather are very well known.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

When weather is about to change, there are often signs.

entailment

There are other signs of a coming change in the weather known less generally. When birds of long flight, such as swallows and others, hang about home and fly low—rain or wind may be expected. Also when animals seek sheltered places, instead of spreading over their usual range: when pigs carry straw to their sties; and when smoke from chimneys does not ascend readily, an unfavourable change may be looked for. Dew, on the other hand, is an indication of fine weather. So is fog. Neither of of these two formations occurs under an overcast sky, or when there is much wind.

Smoke can come from chimneys or pig sties.

entailment