0.3 m 1.1 m O9 m 0.55 m in the figure below, find the force applied to pin B when the vehice is moving at its constant maximum velocity of v = 12.8 m/s. Pin A sits in a frictioniess siot on the ink AB and the mass of the link AB that is connecting the wheels is m - 15 kg. Assume 0= 45°.

The normal force is always directed Select all that apply. (Hint: The object in the possible answers is the object that the force is ON.) away from the object O toward the object V perpendicular to the surface in a direction that depends on its motion parallel to the surface

Solve both correctly. I will rate accordingly with 2-3 votes. Both are one question with 2 parts of horizontal and vertical.

Suppose the glider and the hanger had equal masses mG = mh . In this situation, do you expect the magnitude of the acceleration of the glider will be: Select all that apply: Greater than g Equal to g Less than g