A four bar mechanism shown in Fig 11 34 is subjected to torques (T 3 50 mathrm Nm ) and (T 4 60 mathrm Nm ) The dimensions of the various links are (A B C D 400 mathrm mm , B C 800 mathrm mm , A D 1000 mathrm mm ) Calculate the input torque to link (C D ) for the static equilibrium of the mechanism...

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A four-bar mechanism shown in Fig. 11.34 is subjected to torques (T_{3}=50 mathrm{Nm}) and (T_{4}=60 mathrm{Nm}). The

Question:

A four-bar mechanism shown in Fig. 11.34 is subjected to torques $T_{3}=50 \mathrm{Nm}$ and $T_{4}=60 \mathrm{Nm}$. The dimensions of the various links are:

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$A B=C D=400 \mathrm{~mm}, B C=800 \mathrm{~mm}, A D=1000 \mathrm{~mm}$
Calculate the input torque to link $C D$ for the static equilibrium of the mechanism.

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