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The potential energy of a spring having a spring constant k stretched an amount x is

The potential energy of a spring having a spring constant k stretched an amount x is

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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The potential energy of a spring having a spring constant k stretched an amount x is O k/(2x). O (1/2) kx2. O (1/2) kx. O (1/2) k²x. Gravitational potential energy of a particle, V, with respect to a reference point where the gravitational potential energy is zero is calculated as: O The product of mass, m, the velocity of the particle, v, and the height, h, above the reference point, as V- mvh. O The product of mass, m, with the acceleration of gravity. g. divided by the height, h, above the reference point as V = mg/h. O One half the product of mass, m, with the square of velocity, v as V,- (1/2)mv. O The product of mass, m, the acceleration of gravity.8, and the height, h, above the reference point, as V, mgh.
Transcribed Image Text:The potential energy of a spring having a spring constant k stretched an amount x is O k/(2x). O (1/2) kx2. O (1/2) kx. O (1/2) k²x. Gravitational potential energy of a particle, V, with respect to a reference point where the gravitational potential energy is zero is calculated as: O The product of mass, m, the velocity of the particle, v, and the height, h, above the reference point, as V- mvh. O The product of mass, m, with the acceleration of gravity. g. divided by the height, h, above the reference point as V = mg/h. O One half the product of mass, m, with the square of velocity, v as V,- (1/2)mv. O The product of mass, m, the acceleration of gravity.8, and the height, h, above the reference point, as V, mgh.
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