Ex. 4 Model of washing machine is shown below (two masses model). The mass of housing is equal to m1=70kg, and the rotor

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Ex. 4 Model of washing machine is shown below (two masses model). The mass of housing is equal to m1=70kg, and the rotor

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Ex 4 Model Of Washing Machine Is Shown Below Two Masses Model The Mass Of Housing Is Equal To M1 70kg And The Rotor 1
Ex 4 Model Of Washing Machine Is Shown Below Two Masses Model The Mass Of Housing Is Equal To M1 70kg And The Rotor 1 (96.56 KiB) Viewed 28 times
Ex. 4 Model of washing machine is shown below (two masses model). The mass of housing is equal to m1=70kg, and the rotor mass is m2=10kg. There is a distance between the center mass of housing and rotor equal to e=0.005m. At time t=0 rotor is it he lowest position and rotor starts to rotate with angular velocity omega=10rad/s. 1. Please describe the movement of housing in horizontal direction as a function of time. Resistance to motion can be omitted. 2. Please find the maximum angular velocity of rotor so that the housing does not lose contact with the ground. * *The symbolic solution is necessary. Only for the final symbolic answer you can insert the numbers. d. 4 M2 Tant mi ∙n ohr/min.
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