Answer the following question given this paragraph: Every moment of every day is a field trip to gravity. Gravity is everywhere! You have a gravitational attraction to your dog. You have one to your pencil. You even have one to your school principal! These gravitational attractions are very small compared with the most important one you have. This is your gravitational attraction to Earth. It's what keeps you from floating off into space. Gravity holds our planet together. Gravity keeps Earth orbiting the Sun. We wouldn't be here without gravity. Q: What keeps the earth orbiting the sun? A:
OPTIONS:
- variation
- inertia
- speed
- gravity

Answer: gravity

Question: Answer the following question given this paragraph: Cynodonts probably gave rise to mammals about 200 million years ago. However, they are not considered to be mammals themselves. In fact, competition with early mammals may have led to their extinction. They went extinct sometime during the Jurassic or Cretaceous Period. Q: Competition with what emerging animal group may have led to extinction of cynodonts about 200 million years ago? A:
OPTIONS:
- reptiles
- amphibians
- insects
- mammals
Answer: mammals

input with options: Answer the following question given this paragraph: The five regions of the primitive heart tube develop into recognizable structures in a fully developed heart. The truncus arteriosus will eventually divide and give rise to the ascending aorta and pulmonary trunk. The bulbus cordis develops into the right ventricle. The primitive ventricle forms the left ventricle. The primitive atrium becomes the anterior portions of both the right and left atria, and the two auricles. The sinus venosus develops into the posterior portion of the right atrium, the SA node, and the coronary sinus. As the primitive heart tube elongates, it begins to fold within the pericardium, eventually forming an S shape, which places the chambers and major vessels into an alignment similar to the adult heart. This process occurs between days 23 and 28. The remainder of the heart development pattern includes development of septa and valves, and remodeling of the actual chambers. Partitioning of the atria and ventricles by the interatrial septum, interventricular septum, and atrioventricular septum is complete by the end of the fifth week, although the fetal blood shunts remain until birth or shortly after. The atrioventricular valves form between weeks five and eight, and the semilunar valves form between weeks five and nine. Q: Although much of the heart's basic structure is complete by the end of the fifth week, what fetal structures remain until birth or shortly after? A:
OPTIONS:
- heart shunts
- renal arteries
- umbilical arteries
- blood shunts
output: blood shunts

Q: Answer the following question given this paragraph: An inclined plane is also a simple machine. The resistance is the weight of the box resting on the inclined plane. In order to lift this box straight up, the effort force would need to be equal to its weight. However, assuming no friction, less effort (a smaller effort force) is required to slide the box up the incline. We know this intuitively; when movng boxes into a truck or onto a platform, we use angled platforms instead of lifting it straight up. Q: An inclined plane is a good example of what kind of machine? A:

OPTIONS:
- strong
- complex
- weak
- simple

A: simple

input: OPTIONS:
- slippery smear
- dry smear
- oily smear
- slimy smear Now, answer this question: Answer the following question given this paragraph: With the naked eye, bacteria just look like a slimy smear on a petri dish. How can we study them in more detail? The invention of the microscope has allowed us to see bacteria, cells, and other things too small to be seen with the naked eye. Q: How does the bacteria look when seen with the naked eye? A:
A:
output: slimy smear

Question: Answer the following question given this paragraph: Cellulose is a compound found in plants. The chief component of cellulose is carbon. Cellulose is one of many carbon-based compounds that make up living things. In fact, carbon-based compounds are the most common type of compound on Earth. More than 90 percent of all known compounds contain carbon. Do you know why carbon is found in so many compounds? Read on to find out. Q: What are the most common types of compounds found on earth? A:
OPTIONS:
- sodium - based compounds
- ionic compounds
- hydrogen-based compounds
- carbon-based compounds
Answer:
carbon-based compounds