please help me over it
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Hey
-> Eh! No option for theta.. I'm using 'x' for theta
--> T(Q) = vg
=> T(M.Q) = T(Q) cos x
Similarly, T(M.P) = T(P)cos x
Since, mass(P) = mass(Q) ✓✓
--> T(M.Q) applies in the same direction as T(M.P)
=> Resultant T(M) = 2 T(P) cos x
=> Mass M moves up with a speed of 2v cos x
^_^ Hope this helps ✓✓
-> Eh! No option for theta.. I'm using 'x' for theta
--> T(Q) = vg
=> T(M.Q) = T(Q) cos x
Similarly, T(M.P) = T(P)cos x
Since, mass(P) = mass(Q) ✓✓
--> T(M.Q) applies in the same direction as T(M.P)
=> Resultant T(M) = 2 T(P) cos x
=> Mass M moves up with a speed of 2v cos x
^_^ Hope this helps ✓✓
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