1. A block of mass 5 pounds is placed at the end of a spring, of elastic constant 900 N/m, compressed 1 foot. When the spring is released, the block moves along a horizontal plane and after traveling a distance of 40 inches, it rises along a plane inclined at 30º with the horizontal. There is only friction in the 40-inch section traveled horizontally, the coefficient of friction is 0.1.a. Calculate the distance traveled by the block on the inclined plane if the coefficient of friction between the body and the horizontal plane is 0.1 (there is no friction on the inclined section, nor in the 20 cm).b. State when the kinetic energy will be maximum. 1. A block of mass 5 pounds is placed at the end of a spring, of elastic constant 900 N/m,compressed 1 foot. When the spring is released, the block moves along a horizontal planeand after traveling a distance of 40 inches, it rises along a plane inclined at 30º with thehorizontal. There is only friction in the 40-inch section traveled horizontally, the coefficientof friction is 0.1.a. Calculate the distance traveled by the block on the inclined plane if the coefficient offriction between the body and the horizontal plane is 0.1 (there is no friction on the inclinedsection, nor in the 20 cm).b. State when the kinetic energy will be maximum.endfinstartinicioV = 0μ = 0,1www30°V = 0

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Answered: 1. A block of mass 5 pounds is placed…

College Physics

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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1. A block of mass 5 pounds is placed at the end of a spring, of elastic constant 900 N/m, compressed 1 foot. When the spring is released, the block moves along a horizontal plane and after traveling a distance of 40 inches, it rises along a plane inclined at 30º with the horizontal. There is only friction in the 40-inch section traveled horizontally, the coefficient of friction is 0.1.

a. Calculate the distance traveled by the block on the inclined plane if the coefficient of friction between the body and the horizontal plane is 0.1 (there is no friction on the inclined section, nor in the 20 cm).

b. State when the kinetic energy will be maximum.

1. A block of mass 5 pounds is placed at the end of a spring, of elastic constant 900 N/m,
compressed 1 foot. When the spring is released, the block moves along a horizontal plane
and after traveling a distance of 40 inches, it rises along a plane inclined at 30º with the
horizontal. There is only friction in the 40-inch section traveled horizontally, the coefficient
of friction is 0.1.
a. Calculate the distance traveled by the block on the inclined plane if the coefficient of
friction between the body and the horizontal plane is 0.1 (there is no friction on the inclined
section, nor in the 20 cm).
b. State when the kinetic energy will be maximum.
end
fin
start
inicio
V = 0
μ = 0,1
www
30°
V = 0

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