input: OPTIONS:
- air cools
- Winter
- wind
- in fall
- in summer
- autumn
- late winter
- in spring Now, answer this question: Fact 1: Many plants respond to the days growing shorter in the fall by going dormant. Fact 2: Trees are dormant from November to March. Given the two facts above, when do many trees respond to the days growing shorter?
A:
output: in fall

Fact 1: Decomposition increases amount of organic matter in soil. Fact 2: Dirt, soot or soil is easily distinguishable from mildew. Given the two facts above, what increases amount of organic matter in dirt?

OPTIONS:
- animal transport
- composure
- composite
- decomposition
- chemical changes
- fossil fuels
- composition
- nutrients

Answer: decomposition

Problem: OPTIONS:
- Computer systems.
- Most plants
- animals
- Roundworms.
- mammals
- Art reproductions.
- insects
- Stuffed toy bears.
Q: Fact 1: Roundworms make up the phylum Nematoda. Fact 2: Within the Nematoda, a range of reproductive systems occur. Given the two facts above, what has a range of sexual reproductive systems? ?
Answer: Roundworms.

Problem:OPTIONS:
- energy usage
- Sleep problems
- Dehydration
- heart problems
- sweating
- cancer
- slow your body
- negative

Fact 1: Caffeine is a central nervous system stimulant. Fact 2: Over stimulation can cause sleep problems. Given the two facts above, what can too much caffeine in your body cause?
****
A: Sleep problems

Fact 1: Molecules of DNA are encoded with instructions that tell cells what to do. Fact 2: Each person inherits DNA on conception. Given the two facts above, what is inherited at conception?
OPTIONS:
- pollen
- litter
- pain
- anger
- Instructions
- fur and fat
- sensory neurons
- magic
Instructions

Fact 1: High temperatures can cause an object to combust. Fact 2: Combustion is a type of oxidation reaction. Given the two facts above, what can high temperatures cause?
OPTIONS:
- Dehydration
- hyperthyroidism
- oxidation reaction
- Plant growth is reduced
- Greenhouse gases
- hypothyroidism
- global warming
- contamination

Answer:
oxidation reaction