a) Use the method of variation of parameters to solve fip dy - 39 + 2y...
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a) Use the method of variation of parameters to solve fip dy - 39 + 2y dx? dx 1+ e2* (7 marks) b) An object of mass m is falling from a height h above a surface with velocity vo under the influence of gravity g with air resistance propor- tional to its velocity. If y(t) denotes the distance fall at time t in which the downward direction is assumed to be positive, then the motion of the objects satisfies the differential equation dy dy + k dt mg. dt2 Using the method of undetermined coefficients, solve this equation with initial conditions y = 0 and y vo when t = 0. (8 marks) a) Use the method of variation of parameters to solve fip dy - 39 + 2y dx? dx 1+ e2* (7 marks) b) An object of mass m is falling from a height h above a surface with velocity vo under the influence of gravity g with air resistance propor- tional to its velocity. If y(t) denotes the distance fall at time t in which the downward direction is assumed to be positive, then the motion of the objects satisfies the differential equation dy dy + k dt mg. dt2 Using the method of undetermined coefficients, solve this equation with initial conditions y = 0 and y vo when t = 0. (8 marks)
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University Physics With Modern Physics
ISBN: 978-0073513881
2nd edition
Authors: Wolfgang Bauer, Gary Westfall
Posted Date:
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