Work, Energy, and Power

An Overview of Types of Potential Energy

Energy, defined as the capacity of a body to carry out work, can be of various types, such as thermal energy, mechanical energy, kinetic energy, potential energy, etc. In physics, we talk majorly about kinetic energy and potential energy. Kinetic energy is the energy of the body by virtue of its motion. Potential energy exists […]

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All about Potential Energy Formula

In general potential energy is described as the form of energy stored in an object’s body. It helps in determining the objects’ state of motion or rest.  However, it is present in different forms; hence its definition varies. We will know potential energy forms: gravitational potential energy, elastic potential energy, electric potential energy, and spring

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A Simple Note on The Terms work and Energy

The relationship between work and energy is significant. There are a few ways which can be explained as work done. When an object is displaced by applying a force, such as a pull or a push, it is said to be work done. To put it another way, energy is defined as the ability to

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A Brief Note on Electric Potential Energy Definition

The amount of work needed for moving a unit of charge from one reference point to another specific point against an electric field is known as electric potential. Electric charges have electric fields around them, and a charge has to do work to change its position in the field. Central forces are said to be

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A Brief Note On Conservation Of Mechanical Energy

Every object has the ability to do mechanical work. An object possesses stored energy and kinetic energy. Both forms of energy together form the total mechanical energy. In a closed system, mechanical energy can neither be increased nor decreased, but it remains constant throughout the motion. This phenomenon is known as the law for the

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Class 11, Kinetic and potential energy, NEET, Physics, Work, Energy, and Power

work-energy theorem

Introduction According to the work-energy theorem, the change in the kinetic energy of a body is similar to the net work-done by the forces acting on it. The work-energy theorem can also be derived from Issac Newton’s second law. Work transfers energy from one place to another. In addition to that, in general systems, the

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Work Energy: Work-Energy Theorem

The principles of work and energy are important in physics and engineering, especially since they are used in a great variety of machines upon which today’s industrial technology is based. “Work” alludes to practically any sort of physical or mental movement, however in science and math, it makes them mean as it were. Work is

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Work done by Constant and Variable forces

We’re all familiar with the terms “work” and “energy,” and we use them all the time. Work is a general term that encompasses any activity requiring a significant investment of time, energy, or both. When the force applied to a specific area of the body moves towards or away from the force’s direction, it is

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Work Done By A Variable Force With Force-Displacement Plot

Variable forces are intriguing to learn about because most of the forces we face on a daily basis are variable in nature. When a force is applied in the direction of the force, it is said to do work on a system if the system moves in that direction. Integration is required in the event

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What is Average Power

Power has magnitude, but no direction and hence is known to be a scalar quantity. A system’s average power is directly proportional to the work done by the energy used and is inversely proportional to the time consumed to complete the work. As per average power definition, it is the total quantity of work done

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