Question

Provide the differences between Work and Energy.

Answer 1

Hint: Work is the energy delivered to or from an item by applying force along a displacement in physics. It is frequently expressed as the product of force and displacement in its simplest form. When applied, a force is said to produce positive work if it has a component in the direction of the point of application's displacement. If a force has a component that is opposite the direction of displacement at the point of application, it produces negative work.

Complete answer:
Work might be viewed as a form of energy transmission. When you walk, you are working on the rock bottom, and when you defeat it, the bottom works on you. Furthermore, for it to be termed labour, it must traverse a distance in a certain direction with the assistance of the applied force. The joule is the SI unit of physics.
Energy may be described as a measurement of something's ability to do labour. It isn't a physical substance at all. Energy may be measured and stored in a variety of ways. It's also known as the force that operates at a given distance. The capacity of an item to perform work is referred to as energy. The joule is the SI unit of physics.

	WORK	ENERGY
1	The capacity to supply force and a change in distance to an item is referred to as work.	The ability to supply or generate work is referred to as energy.
2	The force components and displacement have a symbiotic connection.	The term "energy" refers to the output of labour.
3	The action had an effect on the object, producing some displacement.	It is defined as a system property.
4	Units that are scalar.	Units that are scalar.
5	Work equals force multiplied by distance.	Depending on the kind of energy, several equations exist.
6	Work is positive if the applied force is in the same direction as the displacement.	Because this may be a scalar number, there is no direction component.
7	If the applied force is in the opposite direction of displacement, employment is negative.	There will also be no direction component because it is a scalar number.
8	Work was first used in 1826	Energy was first coined in 4 BC.

Note:
Potential, kinetic, or nuclear energy, solar energy, or electrical energy are all examples of different forms of energy. When an item is in motion, it is kinetic, and when it is at rest, it is potential. There is just one sort of labour, on the other hand. Both of these values are expressed in joules.