Match each example given to the type of scientific concept. Law observation theory hypothesis For every action or force in nature, there is an equal and opposite reaction. ArrowBoth If the amount of daylight increases plant growth, then plants will have higher rates of growth during the summer. ArrowBoth The outer layer of the Earth is divided into plates that move due to convection currents under the surface. ArrowBoth

Question

Biology

Susie Q

6 February, 04:55

Match each example given to the type of scientific concept. Law observation theory hypothesis For every action or force in nature, there is an equal and opposite reaction. ArrowBoth If the amount of daylight increases plant growth, then plants will have higher rates of growth during the summer. ArrowBoth The outer layer of the Earth is divided into plates that move due to convection currents under the surface. ArrowBoth

+5

Answers (2)

Know the Answer?

Kelly Trujillo · Answer 1

You are missing the fourth example!

Answer: Law - For every action or force in nature, there is an equal and opposite reaction.

Hypothesis - If the amount of daylight increases plant growth, then plants will have higher rates of growth during the summer.

Theory - The outer layer of the Earth is divided into plates that move due to convection currents under the surface.

Jared Carr · Answer 2

The statement, that is, for every action or force in nature, there is an equal and opposite reaction is a law. A law can be illustrated as a proposed statement that can be associated with the cause of an event or a natural phenomenon.

The statement, that is, if the number of daylight upsurges plants growth, then plants will exhibit greater rates of growth at the time of summer. A hypothesis can be illustrated as the pre-assumed statement, which is based upon the confined facts.

The statement, that is, the outer layer of the Earth is differentiated into plates, which move because of the convection currents under the surface is a theory. A theory can be illustrated as the explanation for the reason of a natural process or event, which is dependent upon the implementation or direct observation of the scientific methods.