Correct answer: a_p = <3000,-60>![Body B1 is a uniform rigid disk that rotates about the fixed center O. Body B2 is a uniform thin rigid rod that connects pins P and Q, and point Q is constrained to move in a slot. 3 At the current instant we have -824 m = 24k rad/s up = 481-241 m/s w2--3k rad/s vQ = 36: m/s 362 m/s UO ?2--3k rad/s2 Matlab/Mathematica input: rOP = [-1,2] omega! = [24] omega2 = [3] vp = [48,-24] [36,0] alpha2 = -3 What is äp? ap 3000 2 +-60](http://img.homeworklib.com/questions/29afc9a0-c7af-11ec-b520-2b148f14ca98.png?x-oss-process=image/resize,w_560)
Correct answer: a_p = <3000,-60> Body B1 is a uniform rigid disk that rotates about the...
#559. Constrained pin velocity of a rigid body A rigid body is moving in 2D as with angular velocity wk. A pin at point Q constrains that point to move in a slot at an angle of 45° to the horizontal, as shown. Up oint P on the body has Matlab/Mathematica input: vp - [-1,0] What is the magnitude of the velocity of point ? vQ m/s
d. 100 rad/s Rigid Body m-7kg 0.4 m rotates about a fixed point 0.5 m from C.G e. Total Mass (includng wheels) 100 kg v- 8 m/s uniform dsks -1kg(each) R, 0.05 m roll without slippirg Total Mass (including wheels)-100kg uniform disks R,-0.20m roll without sipping