evel the force table and put one of the pulley at the angle 35° and another at 150°
Place .100 slotted mass on a weight hanger at 35°
Place .200 slotted mass on a weight hanger at 150°
Place another pulley at different angle from 35° and 150°
On the third angle, place the amount of slotted mass so the ring will remain in center of the force. Now the ring is at equilibrium. Record the required slotted mass that made the ring at equilibrium.
Record the tensions in each of the strings on the pulley.
Record the individual angular location of the pulleys.
Find the X component and Y component of each tension using Cos and Sin to acquired vector sum magnitude and direction.
Part Two
Level the force table and put one of the pulley at the
Place .100 slotted mass on a weight hanger at 35°
Place .200 slotted mass on a weight hanger at 150°
Place another pulley at different angle from 35° and 150°
On the third angle, place the amount of slotted mass so the ring will remain in center of the force. Now the ring is at equilibrium. Record the required slotted mass that made the ring at equilibrium.
Record the tensions in each of the strings on the pulley.
Record the individual angular location of the pulleys.
Find the X component and Y component of each tension using Cos and Sin to acquired vector sum magnitude and direction.
Part Two
Level the force table and put one of the pulley at the