Problem: OPTIONS:
- magnetic energy
- harmonic energy
- mechanical energy
- kinetic energy
Q: Answer the following question given this paragraph: This equation for kinetic energy shows that velocity affects kinetic energy more than mass does. For example, if mass doubles, kinetic energy also doubles. But if velocity doubles, kinetic energy increases by a factor of four. That's because velocity is squared in the equation. You can see for yourself how mass and velocity affect kinetic energy by working through the problems below. Q: Velocity affects what type of energy more than mass does? A:
Answer: kinetic energy

Problem:OPTIONS:
- liquid
- air
- gas
- matter

Answer the following question given this paragraph: Most ocean waves are caused by winds. A wave is the transfer of energy through matter. A wave that travels across miles of ocean is traveling energy, not water. Ocean waves transfer energy from wind to the water. The energy is transferred from one water molecule to the next. The energy of a wave may travel for thousands of miles. The water itself moves very little. The picture below shows how water molecules move when a wave goes by ( Figure below ). Once the wave starts, it doesn't need more wind to keep it going. Q: A wave is the transfer of energy through what else? A:
****
A: matter

Answer the following question given this paragraph: The combined gas law, , is true for a particular sample of gas. If any gas is added or allowed to leak out, however, the relationship is lost. In order to get a relationship that is true for any sample of gas, it is necessary to incorporate a term for the amount of gas. From observations as simple as blowing up a balloon, it is clear that increasing the amount of gas increases the volume. Q: From observations as simple as blowing up a balloon, it is clear that increasing the amount of gas increases what else? A:
OPTIONS:
- area
- every volume
- the shift
- the volume
the volume

Answer the following question given this paragraph: Sponges come in a variety of shapes and sizes. For example, they may be shaped like tubes, fans, cones, or just blobs. They range in diameter from about a centimeter (0.4 inches) to over a meter (3.3 feet). Many species live in colonies that may be quite large. Adult sponges are sessile . This means they are unable to move from place to place. Root-like projections anchor them to solid surfaces such as rocks and reefs. Q: What is it called when something is unable to move from place to place? A:
OPTIONS:
- Undrate
- obovate
- ovate
- sessile

Answer: sessile

Question: Answer the following question given this paragraph: Irrigation is the single biggest use of water. Overhead irrigation wastes a lot of water. Drip irrigation ( Figure below ) wastes a lot less. Water pipes run over the surface of the ground. Tiny holes in the pipes are placed close to each plant. Water slowly drips out of the holes and soaks into the soil around the plants. Very little of the water evaporates or runs off the ground. Q: What term is used to describe potential energy due to an object's shape? A:
OPTIONS:
- stimulated potential energy
- flexible energy
- kinetic energy
- elastic potential energy
Answer: elastic potential energy

input: OPTIONS:
- aluminum
- gold
- bronze
- mercury Now, answer this question: Answer the following question given this paragraph: Metals have a wide range of melting points, but most are quite high. Only one metal (mercury) melts below room temperature. Others (such as gallium) are solid at room temperature but would melt at body temperature, so they can be melted simply by holding them in your hand. On the other end of the spectrum, tungsten has a melting point of 3422C. Figure below shows the melting points of various elements in their most common pure form. Q: Name the one metal that melts below room temperature? A:
A:
output:
mercury