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Consider a particle of mass m acted on by a force F in an inertial frame. Prove that dK = F. dr, (1) where dr is the change in the position vector of the particle in a time dt, and dK is the corresponding change in the kinetic energy K = mv². %3D

Consider a particle of mass m acted on by a force F in an inertial frame. Prove that dK = F. dr, (1) where dr is the change in the position vector of the particle in a time dt, and dK is the corresponding change in the kinetic energy K = mv². %3D

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Consider a particle of mass m acted on by a force F in an inertial frame. Prove that dK = F. dr, (1) where dr is the change in the position vector of the particle in a time dt, and dK is the corresponding change in the kinetic energy K = }mv².
Transcribed Image Text:Consider a particle of mass m acted on by a force F in an inertial frame. Prove that dK = F. dr, (1) where dr is the change in the position vector of the particle in a time dt, and dK is the corresponding change in the kinetic energy K = }mv².
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