ME i need help shows steps please The weight of the roller is 50 Ibf. Assume tha
ID: 2996736 • Letter: M
Question
ME
i need help
shows steps please
The weight of the roller is 50 Ibf. Assume that it is a uniform cylinder. It is acted upon by the force which has a magnitude of P = 30 Ibf. The roller rolls without slipping. Determine the magnitude, in Ibf of the rolling friction. Assume that g = 32.2 ft/s2. Express your answer to 4 decimal places. Write your numerical answer in the box below. Leave out the unit and any negative sign. Based on Question 5, determine the magnitude, in rad/s2, of the angular acceleration of the roller. Assume that g = 32.2 ft/s2. Express your answer to 4 decimal places. Write your numerical answer in the box below. Leave out the unit and any negative sign. Based on Question 5, determine the magnitude, in m/s2, of the acceleration of the mass center of the roller. Assume that g = 32.2 ft/s2. Express your answer to 4 decimal places. Write your numerical answer in the box below. Leave out the unit and any negative sign. For the satellite given above at the instant shown theta = 45 degree and coordinate system xyz coincides with coordinate system XYZ which is fixed in space. Coordinate system xyz is "welded" to the satellite at point O. The satellite precesses about the Z axis at w1 = 15 rad/s and increasing at a rate of 3 rad/s2. At the same time, the solar panel rotates about the y axis at w2 = 1 rad/s and increasing at a rate of 1.5 rad/s2. Determine the magnitude, in rad/s2, of the angular acceleration of the solar panel at the instant shown. Express your answer to 4 decimal places. Write your numerical answer in the box below. Leave out the unit and any negative sign. Based on Question 8, determine the magnitude, in ft/s, of the absolute velocity of point B at the instant shown. Express your answer to 4 decimal places. Write your numerical answer in the box below. Leave out the unit and any negative sign. Based on Question 8, determine the magnitude, in ft/s2, of the x component of the absolute acceleration of point B at the instant shown. Express your answer to 4 decimal places. Write your numerical answer in the box below. Leave out the unit and any negative sign.Explanation / Answer
check
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.