Power transmitted by the belt is given by
product of maximum tension and velocity of the belt
product of maximum tension and square of the velocity of the belt
product of difference in tension and velocity of the belt
none of the above
the co effieienct of friction in belts are used to
calculate the ratio of tensions
find the velocity of the belt
decide the length of the belt
find the width of the belt
velocity of the belt is
the product of center distance between the pulley and the number of revolutions of the pulley made per second
the product of pi times the diameter and the number of revolutions of the pulley made per second
is determined by the thickness of the belt and the width of the belt
none of the above
the maximum tension in the belt is given by
the sum of centrifugal tension and the slack tension
the sum of centrifugal tension and the tight side tension
the product of centrifugal tension and the slack tension
the product of centrifugal tension and the tight side tension
The length of the belt
is more in the open belt drive than cross belt drive
is more in the cross belt drive than cross belt drive
is same in open belt drive and in cross belt drive
cant be determined