What does exert mean in science terms

What does exert mean in science terms?

Your body produces energy when you move and this energy is called mechanical energy. The energy is created through the use of chemical energy stored in your muscles or the food you eat. The energy is expressed in the amount of work you can do. The more work you can do, the more energy you will have. The energy is also expressed in the amount of force or weight you can push or pull. The more force you can apply, the more work you will have done.

What does the verb exert mean in science?

There are several ways to express the idea of applying force to something. The most straightforward is the word apply, which is often used to describe the action of turning a screw. A less direct way to describe this is to use the verb exert. Both apply and exert describe the same action, but the word exert has a more specific meaning in the context of science.

What does mean in science and industry?

To a scientist, “exert” refers to the energy an object can put out when it participates in a force. This is usually expressed in the form of a force or torque, like the force you feel when you push something.

What does the phrase exert mean in science?

Exercise, whether for your heart or for your muscles, requires energy. Your body uses its reserves of glucose (or stored sugar) to supply the energy needed to keep working. However, the body also has a limited amount of stored energy. If you do more physical activity than you have stored energy to supply, you'll use up the reserves. You'll then have to burn more calories than you take in through food to continue exercising.

What does exert mean in chemistry terms?

When we talk about the concept of exerted forces in chemistry, we’re generally talking about the energy that is transferred to an object when a force is applied to it. A force is that which produces a physical change in an object, and the energy of a force is the amount of work that would need to be done to move the object by the same amount as the force did.