Work: You move a mass from A to B... the work doing this was defined by multiplying the force you used with the distance A to B.
Energy: i.e. the potential energy is defined by the gravity acceleration (g) multiplied with the mass (m) multiplied with the relative distance (h, usually from the ground) -> m*g*h. Now h is similar to a distance from a certain A to a certain B; force was defined by the multiplication of the mass and the acceleration the mass has... F (force) = m (mass)*a (acceleration), or in this case F = m*g.
Now it can be seen: energy of a mass on altitude h above the ground:
m*g*h = F*h = the work needed to lift the mass to this altitude... and as it is similar, the use of the same unit is logical.
Vic
because you move the mass
Yes, both work and energy are measured in joules (J). Work is the transfer of energy, and both are quantified using the same unit.
Both energy and work are measured in joules.
Joules or Newton-meters.1 J = 1 Nm
Work is simply the transfer of energy. Both work and energy are measured in the same units, for example, Joules.
Energy is the ability to do work. It is measured in joules.
Yes, the units for work and energy are equivalent. Both work and energy are measured in joules (J) in the International System of Units (SI). Work is the transfer of energy, so it makes sense that they share the same unit of measurement.
The SI unit for work and energy is the joule.
Energy and work are measured in joules.
Work is measured in Joules.
Energy is the ability to do work . It is measured in Joules.
Yes, work and energy have the same units. Both work and energy are measured in joules (J) in the International System of Units (SI).
Work and energy are typically measured in joules (J).