Problem: OPTIONS:
- direct damage to the lungs
- Abnormal cell growth
- enormous damage to homes
- They may provide humans with food.
- massive damage
- They may not survive.
- They will always survive.
- they may befriend the humans.
Q: Fact 1: If humans disturb animals in a location then those animals will move to a different location. Fact 2: Animals may not survive in new location. Given the two facts above, what might happen to animals disturbed by humans?
Answer: They may not survive.

Problem:OPTIONS:
- forces
- urine
- glucose
- Energy.
- semen
- movement
- candy
- energy

Fact 1: Exercise increases a body 's strength. Fact 2: Exercise can help change that by moving their glucose into their muscles. Given the two facts above, moving what into muscles can increase a body's strength?
****
A: glucose

Fact 1: Vein deposits of gold and silver are formed by igneous intrusion. Fact 2: Intrusive igneous rocks form underground. Given the two facts above, where are gold and silver formed naturally?
OPTIONS:
- inactive
- Near platinum alloys
- electrically
- aqueous solution
- eukyarotes
- In a royal palace
- Above ground
- Underground
Underground

Fact 1: Animals are a kingdom of multicellular eukaryotes. Fact 2: Humans, of course, are an example of a multicellular eukaryote. Given the two facts above, what are in the animal kindgom?
OPTIONS:
- seeds
- edible
- parasites
- bacteria
- fungi
- humans
- people
- bees

Answer: humans

Question: Fact 1: Evaporation of sweat uses energy, and the energy comes from body heat. Fact 2: Energy is the body's fuel. Given the two facts above, what powers sweat?
OPTIONS:
- heat produced
- The body's fuel
- a gas in the air
- hydration
- When the water is hot
- air cools
- matter vibrating
- Cooling vapors
Answer: The body's fuel

input: OPTIONS:
- evaporation
- climate
- The past
- watershed
- Dilution
- energy usage
- Temperature
- salinity Now, answer this question: Fact 1: When a body of water receives more water than it can hold , a flood occurs. Fact 2: Flood probability is based on past floods. Given the two facts above, how do we determine the probability of receiving more water than a body can hold?
A:
output:
The past