Assertion: anode | /r/HasProperty | negative
Facets:
value: in galvanic cell
type: LOCATION
value: always
type: TEMPORAL
value: in a device
type: LOCATION
value: on a battery
type: LOCATION
value: in a semiconductor
type: LOCATION
value: in a vacuum tube
type: LOCATION
value: during charge
type: TEMPORAL
value: during discharge
type: TEMPORAL
value: depending on the type of system
type: OTHER
value: in other source
type: OTHER
value: in a standard battery
type: OTHER
value: in a passive load
type: OTHER
value: in a diode
type: LOCATION
value: due to the flow of electrons
type: CAUSE
value: usually
type: DEGREE
value: in this case
type: TEMPORAL
value: during negative pole
type: TEMPORAL
value: in nature
type: LOCATION
value: in the following examples
type: OTHER
Source sentences:
text: In the following examples, the anode is negative in a device that provides power, and positive in a device that consumes power:
text: An anode is positive, Cathode is negative.
text: Therefore, electrons tend to flow out of a cathode, which is a negative terminal, and into an anode, which is a positive terminal.
text: Anode: negative terminal where the electron flow from
text: An anode is a negative electrode on a battery and a positive electrode on an electrolytic cell.
text: Car batteries are of the lead-acid design, in which the anode (positive side) and cathode (negative side) are made of lead and lead dioxide, and as current leaves the battery through the anode both electrodes (anode and cathode) are chemically converted to lead sulphate.
text: An anode is a negative electrode on a battery and a positive electrode on an electrolytic cell.
text: In a vacuum tube or a semiconductor having polarity (diodes, electrolytic capacitors) the anode is the positive (+) electrode and the cathode
text: In a rechargeable cell, the anode is the negative pole during discharge and the positive pole during charge.
text: Diodes have polarity, determined by an anode (positive lead) and cathode (negative lead).
text: Anode in a rechargeable cell is the positive pole during charge and negative pole during discharge.
text: When connected current flows from the anode (more negative potential) to the structure (less negative potential) in a DC circuit.
text: The anode is always the negative (-) electrode and the cathode always the positive (+).
text: The anode is the negative end of the battery.
text: Though most anodes are positively charged, in this case, the anode is the negative side of the battery.
text: If we take a galvanic cell, the anode is negative in nature and the electrons mostly move towards the external part of the circuit.
text: Thus the anode is negative.
text: Although a positive anode is most commonly conceived as the stereotypical anode, anodes can be either positive or negative, depending on the type of system.
text: In a disposable battery, the cathode terminal is always positive and the anode is always negative.
text: Consequently, as can be seen from the following examples, the anode is positive in a device that consumes power, and the anode is negative in a device that provides power:
text: The cathode of a battery is positive; the anode is negative.
text: outside case is a zinc alloy and is the “anode” (negative); it is actually being “consumed” by the “cathode”, which is the carbon post at the center of the battery (positive); both are in contact with a metallic compound which is the electrolyte.
text: The anode is negative and the cathode is the positive electrode.
text: To an external wire connected to the electrodes of a galvanic cell (or battery), forming an electric circuit, the cathode is positive and the anode is negative.
text: In a galvanic cell the anode is negative and the cathode is positive.
text: In a primary cell or a battery, the terminals are non-reversible, which means that an anode will always be positive.
text: An anode is positive, Cathode is negative.
text: Although a positive anode is most commonly conceived as the stereotypical anode, anodes can be either positive or negative, depending on the type of system.
text: Consequently, as can be seen from the following examples, the anode is positive in a device that consumes power, and the anode is negative in a device that provides power:
text: An anode is positive, Cathode is negative.
text: The anode is positive and the cathode is negative.
text: In an electrolythic cell the anode is positive and the cathode is negative.
text: Anode is positive and cathode is negative.
text: An anode is positive, Cathode is negative.
text: Anions migrate to the anode and hence anode is considered to be positive.
text: The anode (positive terminal) is in the base of the tube at bottom.
text: In a recharging battery, or an electrolytic cell, the anode is the positive terminal, which receives current from an external generator.
text: In a diode, the anode is the positive terminal at the tail of the arrow symbol (flat side of the triangle), where current flows into the device.
text: In a battery or other source of direct current the anode is the negative terminal, but in a passive load it is the positive terminal.
text: The key difference between anode and cathode is that anode is the positive terminal while cathode is the negative terminal.
text: The key difference between anode and cathode is that anode is the positive terminal while cathode is the negative terminal.
text: The key difference between anode and cathode is that anode is the positive terminal while cathode is the negative terminal.
text: In a standard battery, such as a D-size flashlight battery, the anode is the positive terminal and the cathode is the negative terminal.
text: For devices that use power, the cathode is the negative terminal, and the anode is the positive terminal.
text: For devices that use power, the cathode is the negative terminal, and the anode is the positive terminal.
text: In a discharging battery or galvanic cell (diagram at right), the anode is the negative terminal because it is where conventional current flows into the cell.
text: However, in a device that produces power, the anode is the negative terminal, due to the flow of electrons being reversed.
text: In a battery or other source of direct current the anode is the negative terminal, but in a passive load it is the positive terminal.
text: The anode is the negative terminal and the cathode is the positive terminal.
text: In a galvanic cell, the anode is the electrode in which the current flows into the device, therefore it is the negative terminal, although in electrolytic cell, the anode is the electrode in which current flows from external generator to the anode
text: The anode in a battery is the negative terminal that is constantly associated with the release of electrons in the external circuit.
text: This is similar to a battery where the anode is the negative terminal and the cathode is the positive terminal.
text: On a device that supplies power, the cathode is the positive terminal, and the anode is the negative terminal.
text: ⁕In a discharging battery or galvanic cell, the anode is the negative terminal because it is where the current flows into "the device".
text: In a battery or galvanic cell, the anode is the negative electrode from which electrons flow out towards the external part of the circuit.
text: The anode is always the negative electrode.
text: The anode is the negative electrode, the cathode is the positive electrode.
text: The anode is always the negative electrode.
text: The anode is usually the positive side.
text: The cathode is typically the negative side while the anode is the positive side.
text: The anode is the positive electrode, the cathode is the negative electrode.
text: The anode is the positive electrode and the object that will be plated is the negative electrode.
text: In a vacuum tube or a semiconductor having polarity (diodes, electrolytic capacitors[?]) the anode is the positive (+) electrode and the cathode the negative (-).
text: In a vacuum tube or a semiconductor having polarity (diodes, electrolytic capacitors) the anode is the positive (+) electrode and the cathode