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The force, F, acting on a constant mass, m, moving at a velocity, v, is given by: F = m dv Newton dt The velocity of a 10 kg moving mass at a particular instant of time, t, has the equation: v = 4 (1 - e -0.57 ) metres per second Calculate the force acting on the 10 kg mass: (i) when t = 1 second, 11) when it has been moving for a relatively long time e.g. t>> 1 second.

The force, F, acting on a constant mass, m, moving at a velocity, v, is given by: F = m dv Newton dt The velocity of a 10 kg moving mass at a particular instant of time, t, has the equation: v = 4 (1 - e -0.57 ) metres per second Calculate the force acting on the 10 kg mass: (i) when t = 1 second, 11) when it has been moving for a relatively long time e.g. t>> 1 second.

College Algebra
College Algebra
10th Edition
ISBN:9781337282291
Author:Ron Larson
Publisher:Ron Larson
Chapter3: Polynomial Functions
Section3.5: Mathematical Modeling And Variation
Problem 7ECP: The kinetic energy E of an object varies jointly with the object’s mass m and the square of the...
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The force, F, acting on a constant mass, m, moving at a velocity, v, is given by: F= m dv dt Newton The velocity of a 10 kg moving mass at a particular instant of time, t, has the equation: v = 4 (1 - e -0.5t ) metres per second Calculate the force acting on the 10 kg mass: when t = 1 second, (i) (ii) when it has been moving for a relatively long time e.g. t>> 1 second.
Transcribed Image Text:The force, F, acting on a constant mass, m, moving at a velocity, v, is given by: F= m dv dt Newton The velocity of a 10 kg moving mass at a particular instant of time, t, has the equation: v = 4 (1 - e -0.5t ) metres per second Calculate the force acting on the 10 kg mass: when t = 1 second, (i) (ii) when it has been moving for a relatively long time e.g. t>> 1 second.
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