In belt drive power transmitted is given by:(Where Tt, Ts, and v are tight side tension, slack side tension and linear velocity of belt respectively)

$\frac{{\left( {{T_t} - {T_s}} \right)}}{{2v}}$

$ \frac{{\left( {{T_t} + {T_s}} \right)}}{{2v}}$

In belt drive power transmitted is given by:(Where Tt, Ts, and v are t

1.	In belt drive power transmitted is given by:(Where Tt, Ts, and v are tight side tension, slack side tension and linear velocity of belt respectively)
A.	$\frac{{\left( {{T_t} - {T_s}} \right)}}{{2v}}$
B.	$ \frac{{\left( {{T_t} + {T_s}} \right)}}{{2v}}$
C.	(Tt - Ts)v
D.	(Tt + Ts)v
Answer» D. (Tt + Ts)v

1.	In belt drive power transmitted is given by:(Where Tt, Ts, and v are tight side tension, slack side tension and linear velocity of belt respectively)
A.	\(\frac{{\left( {{T_t} - {T_s}} \right)}}{{2v}}\)
B.	\( \frac{{\left( {{T_t} + {T_s}} \right)}}{{2v}}\)
C.	(Tt - Ts)v
D.	(Tt + Ts)v
Answer» D. (Tt + Ts)v