Answer the following question given this paragraph: Q: In moss, what becomes elongated to elevate the capsule to enhance spore dispersal? A:

OPTIONS:
- sera
- risa
- porta
- seta

Answer: seta

Problem: OPTIONS:
- cone motion
- fluid motion
- downward motion
- projectile motion
Q: Answer the following question given this paragraph: Earth's gravity also affects the acceleration of objects that start out moving horizontally, or parallel to the ground. Look at Figure below . A cannon shoots a cannon ball straight ahead, giving the ball horizontal motion. At the same time, gravity pulls the ball down toward the ground. Both forces acting together cause the ball to move in a curved path. This is called projectile motion . Q: Which factor causes a cannon ball to move horizontally and then fall on the ground? A:
Answer: projectile motion

Problem:OPTIONS:
- solid metal
- gas
- dense metal
- liquid metal

Answer the following question given this paragraph: Mercury is extremely hot and has a liquid metal core. Q: What kind of core does mercury have? A:
****
A: liquid metal

Answer the following question given this paragraph: Temperature increases. Chemical reactions are faster at higher temperatures. Q: What happened to chemical reactions when temperature increases? A:
OPTIONS:
- it slows down for a short time then speeds up
- it stays the same
- it becomes slower
- it became faster
it became faster

Answer the following question given this paragraph: Gymnosperms are vascular plants that produce seeds in cones. Examples include conifers such as pine and spruce trees. The gymnosperm life cycle has a very dominant sporophyte generation. Both gametophytes and the next generation's new sporophytes develop on the sporophyte parent plant. Figure below is a diagram of a gymnosperm life cycle. Q: What are vascular plants that produce seeds in cones called? A:
OPTIONS:
- evergreen
- deciduous
- angiosperms
- gymnosperms

Answer: gymnosperms

input with options: Answer the following question given this paragraph: Gasoline and oils are complex chemical mixtures designed to burn in a way that will efficiently produce energy while emitting a minimal amount of air pollution. The refining of gasoline has improved engine performance but is much more complicated than simply using the crude products extracted from oil wells, as was common in the late 1800s. Most gasoline contained lead at one time, because this additive helped the engine run more smoothly. However, this caused lead contamination in the environment, so new "unleaded" formulations were created that could be burned smoothly without the addition of poisonous heavy metals. Oils for lubrication have special additives that reduce engine wear. Some special fuel blends have also been created to generate more power in race car engines. Q: Why did people stop adding lead to gasoline? A:
OPTIONS:
- bad smell
- to expensive
- explosions
- environmental pollution
output:
environmental pollution