Task3a) The Radiator department also wants to use the software to study fluid pressure inside the radiatorof the car and, have requested you to validate the software. The rate of change of the pressure(F(t)) at any instant of time is proportional to the difference between the pressure of the liquidand a reference value as following:dF:-(F – P/Q)dtUse Q=65 and P=5 values. The pressure is found to be F = 1000 when t= 1 sec.where t = time in seconds.Derive an equation to predict the pressure of the fluid flows in the radiator at any given time, assumingthat at all times F >_PAlso find the pressure at time t = 100 s.b) The same department also investigates problem associated with the relationship between thevelocity of the pressing the pedal and the rate of change of that velocity. So you were asked tovalidate the software using the growth equation given by:dv= Pv-dtWhere v(t) is the velocity of the pedal at time = t in seconds and P=5.Derive an equation for the velocity of the pedal given that at the beginning (t=5 sec), the velocity is 10m/s, assuming that at all times v(t) > 0.Find the value of the velocity at t=10 seconds.

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a) The Radiator department also wants to use the software to study fluid pressure inside the radiator of the car and, have requested you to validate the software. The rate of change of the pressure (F(t)) at any instant of time is proportional to the difference between the pressure of the liquid and a reference value as following: dF -=-(F – P/Q) dt Jse Q=65 and P=5 values. The pressure is found to be F = 1000 when t= 1 sec. where t= time in seconds.

a) The Radiator department also wants to use the software to study fluid pressure inside the radiator of the car and, have requested you to validate the software. The rate of change of the pressure (F(t)) at any instant of time is proportional to the difference between the pressure of the liquid and a reference value as following: dF -=-(F – P/Q) dt Jse Q=65 and P=5 values. The pressure is found to be F = 1000 when t= 1 sec. where t= time in seconds.

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter14: Fluid Mechanics

Section: Chapter Questions

Problem 89P: A container of water has a cross-sectional area of A=0.1m2 . A piston sits top of the water (see be...

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