a block of mass (m=1kg) is attached with a light sprig vertically leading to stretch the sprig by an amount (D, -4 cm) over its unstretched length. If the block is furthermore pulled downward a distance (D; -6cm) from the equilibrium position and released at time t = 0, calculate the velocity, acceleration, potential energy, kinetic energy and total energy at: (a) The upper point (b) The equilibrium point (c) The displacement x (1)- D,/6

College Physics
11th Edition
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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2 block of mass (m=1kg) i atached with a lght spig verticaly leading © sirich th sprig by an amount (D, =4 cm) over its unsieiched Tength. 1F the block is furthermore pulled dowmward a distance (D ~6cm) from the equilibrium posiion and rleased at time. calculat the velocity, acceleration, potentia energy, Kinetic energy and foal gy @ “The upper point (®) The equiibriam point (©) The displacement x (1) - D, /6
a block of mass (m=lkg) is attached with a light sprig vertically leading to stretch the sprig by
an amount (D, 4 cm) over its unstretched length. If the block is furthermore pulled
downward a distance (D; =6cm) from the equilibrium position and released at time t = 0,
calculate the velocity, acceleration, potential energy, kinetic energy and total energy at:
(a) The upper point
(b) The equilibrium point
(c) The displacement x (1)- D;/6
Transcribed Image Text:a block of mass (m=lkg) is attached with a light sprig vertically leading to stretch the sprig by an amount (D, 4 cm) over its unstretched length. If the block is furthermore pulled downward a distance (D; =6cm) from the equilibrium position and released at time t = 0, calculate the velocity, acceleration, potential energy, kinetic energy and total energy at: (a) The upper point (b) The equilibrium point (c) The displacement x (1)- D;/6
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