We can calculate work done using this equation: W = F × d . Write this equation in words.

The formula for calculating the work done is W = F × d . Work done is defined as the product of force and displacement. Work done can be negative positive or even zero based on the displacement of the body. The SI unit of work done is joule J .

We can calculate work done using this equation: W = F × d . Copy and complete the table to show the units of each quantity in the equation. Quantity Unit W F d

The formula for calculating the work done is W = F × d . Work done is defined as the product of force and displacement. Work done can be negative positive or even zero based on the displacement of the body. The SI unit of work done is joule J . All the units of the terms in the equation is given below in the equation. Quantity Unit W joule J F newton N d metre m

We can calculate work done using this equation: W = F × d . We can also write W = ∆ E . What does ∆ E represent?

The formula for calculating the work done is W = F × d . Work done is defined as the product of force and displacement. Work done can be negative positive or even zero based on the displacement of the body. The SI unit of work done is joule J . Work is defined as the transfer of energy. When energy is transferred to an item, we can say that work is done on that thing. When one thing transfers energy to another, the first object does work on the latter. The application of a force across a distance is known as work. So the E in the equation is energy and ∆ E is the change in energy which is equal to work done and is defined by work-energy theorem.

We can calculate power using this equation: P = W t . Write this equation in words.

Power can be defined as the work done in unit time. The SI unit of power is watt W which is also equal to joules per second J s - 1 . The quantity of energy transferred or converted per unit time is also known as power. The equation for power is given by : P = W t .