Question: Fact 1: Killing microorganisms in food can be used to extend the shelf life of that food. Fact 2: Irradiation kills microorganisms that spoil food. Given the two facts above, what can irradiation do?
OPTIONS:
- Plant growth is reduced
- make food glow
- make food unsafe
- harm consumers
- depress neuronal excitability
- extend the shelf life of food
- major threat to health
- prevent heat loss
Answer: extend the shelf life of food

input with options: Fact 1: Amphibians have a relatively complex circulatory system with a three-chambered heart. Fact 2: Frogs, toads and salamanders are amphibians. Given the two facts above, which animal has a circulatory system with a three-chambered heart?
OPTIONS:
- animals
- Salamander
- fur seals
- mammals
- alpacas
- a fish
- warm-blooded
- barnacles
output: Salamander

Q: Fact 1: Killing microorganisms in food can be used to extend the shelf life of that food. Fact 2: Bacteria are microorganisms that exist everywhere. Given the two facts above, bacteria can be killed to extend the shelf life of what?

OPTIONS:
- milk
- rocks
- coffee
- edible
- food
- phytoplankton
- influenza
- tuna

A: food

input: OPTIONS:
- potatoes
- breathing
- Epidermis
- alveoli
- PDAs
- flowers
- epidermal
- genus Now, answer this question: Fact 1: Plants have specialized reproductive organs. Fact 2: Flowers are a plant's reproductive organs. Given the two facts above, what are specialized organs in plants?
A:
output: flowers

Fact 1: Recycling reduces the resources needed to make something. Fact 2: Recycling saves resources and reduces pollution. Given the two facts above, recycling reduces what when making something?

OPTIONS:
- fossil fuels
- pollution
- Energy.
- less water
- power
- energy
- Heat energy
- deforestation

Answer: pollution

Q: Fact 1: Force causes the speed of an object to increase. Fact 2: Speed is how fast an object is moving. Given the two facts above, what can increase how fast an object is moving?

OPTIONS:
- electrically
- flow of electrons
- Standing still
- Increasing drag
- Decreasing pressure
- friction
- kinetic energy
- Applying force

A:
Applying force