Problem: OPTIONS:
- water
- muscle
- plants
- gametes
- bushes
- retina
- air
- skin
Q: Fact 1: Cells are organized into tissues, and tissues form organs. Fact 2: Skin is a protective organ. Given the two facts above, cells form tissues, which form?
Answer: skin

Problem:OPTIONS:
- car accidents
- climate
- Seasons
- photons
- meteor showers
- sweating
- carbon cycle
- sunlight

Fact 1: The Earth being tilted on its axis causes ones side of the Earth to receive less energy from the Sun than the other side. Fact 2: Seasons are caused because the earth's axis is tilted as the earth revolves around the sun. Given the two facts above, what are caused by the same reason that one side of the Earth receives less energy from the sun?
****
A: Seasons

Fact 1: Plants detect and respond to the daily cycle of light and darkness. Fact 2: Potted plants in season include chrysanthemums, daisies and cyclamen. Given the two facts above, what detects and responds to the daily cycle of light and darkness?
OPTIONS:
- chemicals
- h2o
- humans
- goats
- clouds
- gravity
- fens
- daisies
daisies

Fact 1: If an animal sweats then that animal 's bodily water decreases. Fact 2: Dehydration is the removal of the water. Given the two facts above, what happens when an animal sweats?
OPTIONS:
- reduced heat
- atoms are created
- dehydration
- vaporization
- hyperthyroidism
- evaporation
- skin temperature increases
- molecules are torn

Answer: dehydration

Question: Fact 1: Viruses are so small that they can be seen only with an electron microscope. Fact 2: Electron microscope is developed in Germany. Given the two facts above, viruses are so small that they can be seen only with a device developed where?
OPTIONS:
- A computer
- sunlight
- Light
- germany
- retina
- at home
- canada
- taiwan
Answer: germany

input: OPTIONS:
- genetic morphing
- death
- gene flow
- movement
- generic flow
- interact
- competition
- gene expression Now, answer this question: Fact 1: Gene flow occurs when individuals move into or out of a population. Fact 2: People are individuals, and each person has different needs. Given the two facts above, what happens when people flow into or out of a population?
A:
output:
gene flow