What does the word adaptation mean in social studies?

All living things must adapt to their surroundings if they are to continue to live. They must learn how to support their bodies in different situations. They must understand how to move through their environment to find food, water, shelter, and safety. They must understand the meaning of danger and how to avoid it. They must be able to recognize and remember the things that are important to them.

What does the word adaptation mean in science?

In the biological world, an organism adapts to its surroundings by developing traits that help it fit into its environment. For example, a worm that lives in soil can grow a thicker body wall that allows it to better withstand the pressure of the soil. If the soil is very thick and compact, the worm can even develop a way to burrow through the ground. Other species of worms can develop long tongues that they use to feed on bacteria in the soil.

What does the word adaptation mean in biology?

In biology, an adaptive trait is one that is genetically determined and gives an organism an advantage over those without it. A classic example of an adaptive trait is the ability to see. People who are color blind are unable to see certain colors, so their ability to survive is less if they live in an environment where it’s important to be able to see certain colors.

What does the word adaptation mean in physics?

Physics is the study of the interactions among matter and energy. The most basic concept in physics is energy. Energy is a form of matter, but one that can be created and destroyed. It can also be transferred from one object to another. Examples of energy that we are most familiar with are heat, light, and sound. Other forms of energy are electricity, magnetism, and motion. These are known as forces. When you rub a piece of sandpaper on

What does the word adaptation mean in astronomy?

Consider our solar system. As far as we know, the Sun is the only star with a solid surface, yet it has an atmosphere containing carbon dioxide, oxygen, methane, and other gasses. With no magnetic field to protect it from the constant pounding of the solar wind, the surface of the Sun is constantly bombarded by particles traveling at 1.3 million miles per hour.