E the object is at rest. C the object could be accelerating linearly but it could not be turning.
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If the torque on an object adds up to zero Group of answer choices the object is at rest.
. 1 If the torque on an object adds up to zero. B the object is at rest. In such a case the center of mass of the body remains either at rest or moves rectilinearly with constant velocity.
C the object could be accelerating linearly but it could not be turning. A the forces on it also add up to zero. B the object is at rest.
If the net torque. A the object could be both turning and accelerating linearly. A the forces on it also add up to zero.
If two vectors are perpendicular to each other their cross product must be zero. 2 A heavy boy and a lightweight girl are balanced on a. D the forces on it also add up to zero.
A the forces on it also add up to zero. If the torque on an object adds up to zero A the forces on it also add up to zero. C the object cannot be turning.
E the object is at rest. The object is at rest. The torque you continue to apply is equal to the dynamic friction.
The object could be accelerating linearly but it could not be turning. The object could be both turning and accelerating linearly. When the nut starts to rotate from stationary it is being accelerated so there is a net torque.
D the object could be both turning and accelerating linearly. But very soon its rotating at a steady rate so the net torque is back to zero. If the torque on an object adds up to zero.
The forces on it also add up to zero. D the forces on it also add up to zero. The forces on it also add up to zero.
B the object is at rest. The object cannot be turning. The object cannot be turning.
Therefore the object will rotate. B the object cannot be turning. Up to 256 cash back If the torque on an object adds up to zero.
C the object cannot be turning. Up to 256 cash back If the torque on an object adds up to zero a. C the object could be rotating and its center of mass could be accelerating linearly D the object could not be rotating and its center of mass could be accelerating linearly E None of the above.
If the torque on an object adds up to zero then the object could be both turning and accelerating linearly. B the object cannot be turning. C is wrong the object can be turning so long as it has a constant angular velocity.
E the object cannot be turning. D the object could be accelerating linearly but it could not be turning. A nonzero net torque will result in an angular acceleration.
If the torque adds up to 0 sum of clockwise moments sum of anticlockwise moments and according to the Principle of Moments the object is therefore balanced and not turning. B the object is at rest. E the object could be both turning and accelerating linearly.
The object could be accelerating linearly but it could not be. If the net force acting on a body is zero then the body is said to be in translational equilibrium. The net torque on object is zero connotes that the object will not have angular acceleration but will have angular velocity.
If the torque adds up to 0 sum of clockwise moments sum of anticlockwise moments and according to the Principle of Moments. B the object is at rest. If the torque on an object adds up to zero the object could be both turning and accelerating linearly.
Terms in this set 7 If the torque on an object adds up to zero. If the torque on an object adds up to zero the object could be both turning and accelerating linearly. If the torque on an object adds up to zero a the object could be both turning and accelerating linearly.
The object could be accelerating linearly but it could not be turning. Equilibrium can further be classified as follows. C the object could be accelerating linearly but it could not be turning.
If the torque on an object adds up to zero. A the object could be both turning and accelerating linearly. The object is at rest.
The object could be both turning and accelerating linearly. The object cannot be turning.
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