b) At the bottom of the swing c) halfway between the amplitude and bottom of the swing on the way down d) halfway between the amplitude and bottom of the swing on the way up 8) A 2 kg. mass is oscillating horizontally on a frictionless surface when attached to a spring. The total energy of the system is observed to be 10J. If the mass is replaced by a 4 kg. mass, but the amplitude of oscillations and the spring remain the same, the total energy of the system will be? a) 10 b) 5 c) 20 d) 3.3 e) 15.5

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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a) decrease by 2
d) increase by
b) increase by 2
a) 10
7) At what point during the oscillation of a pendulum is the linear acceleration of
the pendulum bob equal to zero?
a) At the amplitude of the swing
b) At the bottom of the swing
Noc) halfway between the amplitude and bottom of the swing on the way down
d) halfway between the amplitude and bottom of the swing on the way up
b) 5
c) decrease by
e) remain the same
8) A 2 kg. mass is oscillating horizontally on a frictionless surface when attached
to a spring. The total energy of the system is observed to be 10J. If the mass is
replaced by a 4 kg. mass, but the amplitude of oscillations and the spring remain
the same, the total energy of the system will be?
c) 20
d) 3.3
e) 15.5
Transcribed Image Text:a) decrease by 2 d) increase by b) increase by 2 a) 10 7) At what point during the oscillation of a pendulum is the linear acceleration of the pendulum bob equal to zero? a) At the amplitude of the swing b) At the bottom of the swing Noc) halfway between the amplitude and bottom of the swing on the way down d) halfway between the amplitude and bottom of the swing on the way up b) 5 c) decrease by e) remain the same 8) A 2 kg. mass is oscillating horizontally on a frictionless surface when attached to a spring. The total energy of the system is observed to be 10J. If the mass is replaced by a 4 kg. mass, but the amplitude of oscillations and the spring remain the same, the total energy of the system will be? c) 20 d) 3.3 e) 15.5
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