Energy and work are the samething.their is no difference between the two of them.All have the same unit that is Joules.Energy is the ability to do work and work is when a force acts on abody and the body moves to the direction of the force.In other ways we can say work is energy transfer.
For example
when we lift a body to a height h We increase its Pontential enrgy(P.E).However we have to know that for the increase in P.E a person had to carry the body to the height by giving in a force.
Work=Force* Distance
This means work was done to transfer the initial P.E to the final P.E.This proves that work and energy are not different.
Further Answer
Another way of defining work is to say that work is done whenever one form of energy is changed into another form. For example, an electric motor is doing work when it changes electrical energy into kinetic energy.
Basically, work refers to a transfer of energy. Work and energy are therefore measured in the same units (Joules, in the SI).
Basically, work refers to a transfer of energy. Work and energy are therefore measured in the same units (Joules, in the SI).
Basically, work refers to a transfer of energy. Work and energy are therefore measured in the same units (Joules, in the SI).
Basically, work refers to a transfer of energy. Work and energy are therefore measured in the same units (Joules, in the SI).
Basically, work refers to a transfer of energy. Work and energy are therefore measured in the same units (Joules, in the SI).
I have seen different definitions, but basically you can think of work as the "transfer of energy".
Thermal energy can be used to do work. Temperature cannot be used to do work. Thermal energy is actually heat energy in transit.
The difference of a Joule of Work and Joule of Energy is the difference between a scalar and a vector, direction! Energy is a quaternion number consisting of a scalar energy and vector energy. Unfortunately, this fact is not realized by physicists. Work is defined as a scalar energy W=F.D = - FDcos(x) Vector energy is Torque T=FxD = FD sin(x).
What is the difference between tempurture and thermal energy
The difference is the unusable energy.
I have seen different definitions, but basically you can think of work as the "transfer of energy".
Momentum is the product of mass and velocity. Energy is the capacity of a body to do work.
Thermal energy can be used to do work. Temperature cannot be used to do work. Thermal energy is actually heat energy in transit.
The difference of a Joule of Work and Joule of Energy is the difference between a scalar and a vector, direction! Energy is a quaternion number consisting of a scalar energy and vector energy. Unfortunately, this fact is not realized by physicists. Work is defined as a scalar energy W=F.D = - FDcos(x) Vector energy is Torque T=FxD = FD sin(x).
What is the difference between tempurture and thermal energy
The difference is the unusable energy.
The difference between solar energy and wind energy is that solar energy comes from the sun and is in the form of waves. However they are both renewable energy resources.
Work is transfer of energy, so it has the same units as energy. Power is the amount of energy transferred per unit time, so it does not have the same units of energy. Rather, its units are energy/time.
Technically, there is no difference because both are measured and calculated in the same way. The only difference is how they occur or appear in nature.
Power is energy that you can put to work, such as the electric current produced from a generator or engine.Fuel is a material with potential energy, it can be used to produce energy.
difference between traditional sources of energy and coal
if only heat change is the only change then energy difference is the amount of work done.