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Work is calculated by multiplying force by the distance the force is applied. Work is measured in Joules (J).

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15y ago
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9y ago

Work depends on a great many different things. Work depends on motivation and the need to complete tasks for example.

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7y ago

The amount of work done depends on the time available

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12y ago

Force and displacement

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Q: What does work depend on in scientific terms?
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Related questions

In scientific terms what is an machine?

a device that can do work


What is power in scientific terms?

rate at which work is done


A measurement of something's ability to do work?

The measurement of one's ability to do work, in scientific terms, is energy.


What does energy mean in scientific terms?

energy is scientifically defined as the ability to do work.


In terms of the scientific definition of work electric fields can do work but magnetic?

False- apex


In terms of the scientific definition of work neither magnetic fields nor electric fields can do work?

true bruh


In scientific terms when do you do work?

When you exert a force on an object that causes the object to move some distance .


What is the scientific meaning of energy-?

The meaning of energy in scientific terms: The ability to do work; as the Greek meaning goes: "Activity".


How do you calculate the amount of work done in scientific terms?

W= Fd Work Done (J) = Force (N) x Distance (M)


If you work full time for mechanical engineers what is your pay every two weeks?

That would depend on what you were doing, and the terms of your employment.


What does a scientific theory mean?

That would depend on the scientific theory in question.


What is change in scientific terms?

In scientific terms, change refers to any alteration or modification in the physical, chemical, or biological properties of a system or entity. Change can occur in various forms and at different scales, ranging from microscopic changes in the arrangement of atoms and molecules to macroscopic changes in the properties of matter or organisms. In physics, change is often described in terms of quantities such as velocity, acceleration, force, and energy, and it is governed by fundamental principles like Newton's laws of motion and the laws of thermodynamics. In chemistry, change involves transformations in the composition, structure, or properties of substances, which can occur through chemical reactions, phase transitions, or other processes. In biology, change encompasses phenomena such as growth, development, reproduction, and evolution, which involve alterations in the structure and function of living organisms over time. Overall, change is a fundamental concept in science, and understanding the mechanisms and consequences of change is essential for explaining natural phenomena and predicting the behavior of systems in the physical, chemical, and biological realms.