5a) A force of 285 N is exerted on the end of a
wrench in order to apply a torque of 39.4 N·m to a bolt head. The
point of application of the force is 21.5 cm from the center of the
bolt. What angle does the force make with respect to the wrench
handle?
_________degrees
5b) A 30.0-kilogram child sits on a uniform
seesaw of negligible mass; she is 1.60 m from the pivot point (or
fulcrum). How far from the pivot point on the other side will her
23.0-kilogram playmate have to sit for the seesaw to be in
equilibrium?
____________ m
4. A force of 285 N is exerted on the end of a wrench in order to apply a torque of 48.9 N m to a bolt head. The point of application of the force is 21.5 cm from the center of the bolt. What angle does the force make with respect to the wrench handle? degrees
A force of 295 N is exerted on the end of a wrench in order to apply a torque of 48.4 N·m to a bolt head. The point of application of the force is 21.5 cm from the center of the bolt. What angle does the force make with respect to the wrench handle?
A force of 289 N is exerted on the end of a wrench in order to apply a torque of 35.9 N·m to a bolt head. The point of application of the force is 21.5 cm from the center of the bolt. What angle does the force make with respect to the wrench handle?
A 32.0-kilogram child sits on a uniform seesaw of negligible mass; she is 2.10 m from the pivot point (or fulcrum). How far from the pivot point on the other side will her 22.0-kilogram playmate have to sit for the seesaw to be in equilibrium?
Need help with part C. Thank you!
This is the figure above. However, it has different values than
the homework question above.
PRACTICE IT Use the worked example above to help you solve this problem. A woman of mass m = 53.6 kg sits on the left end of a seesaw-a plank of length L = 4.39 m, pivoted in the middle as shown in the figure. (a) First compute the torques on the seesaw about an axis that passes...
child a o child a Two children are balanced on a seesaw of mass 11.0 kg. The first child has a mass of 26.0 kg and sits 1.60 m away from the pivot. The center of mass of the seesaw is 0.113 m from the pivot. (a) How far from the pivot does the second child sit if he has a mass of 31.0 kg? (b) What is the supporting force exerted by the pivot? LPivot center of mass
A force of 11 N is applied to the end of a 0.63 m long torque wrench at an angle 45° from a line joining the pivot point to the handle. What is the magnitude of the torque generated about the pivot point?
Two children are balanced on a seesaw that has a mass of 19.0 kg. The first child has a mass of 26.0 kg and sits 1.60 m from the pivot. The center of mass of the seesaw is 0.193 m from the pivot (on the side of the first child). a) If the second child has a mass of 33.8 kg, how far (in m) is she from the pivot? b)What is the supporting force (in N) exerted by the...
To tighten a bolt, you push with a force of 90 N at the end of a wrench handle that is 0.5 m from the axis of the bolt. (a) What torque are you exerting? (b) If you move your hand inward to be only 0.10 m from the bolt, what force do you have to exert to achieve the same torque?
The two children are balanced on a seesaw of negligible mass (this assumption is made to keep the example simple). The first child is 26.0 kg and sits .160 m to the left of the pivot. The seesaw has a mass of 12 kg. If the second child is 32.0 kg, how far is she from the pivot? What is the supporting force exerted by the pivot?