A ball is thrown up into the air. At the highest point in its trajectory, the net force acting on it isGroup of answer choicesgreater than its weight.less than its weight, but not zero N.Cannot be determined without additional information.equal to its weight.zero N.

Two forces are acting on an object: a force to the right of 50 N, and a force to the left of 25 N.  State the magnitude and direction of the resultant force which is acting on the object.25 N to the right75 N to the left25 N to the left75 N to the right2A ball which weighs 1 N is dropped from rest.  At a given point in time, as it falls through the air, the upwards force of air resistance which is acting on the ball is equal to 0.2 N.  State the magnitude and direction of the resultant force which is acting on the ball at this point in time.  In answering this question, you may assume that no additional forces are acting on the ball.0.8 N upwards1.2 N upwards0.8 N downwards1.2 N downwards3In a tug-o-war competition, Team A pull with a force of 800 N, and Team B, with a force of 1.2 kN.  State the magnitude and direction of the resultant of these forces.400 N in the direction of Team B798.8 N in the direction of Team B798.8 N in the direction of Team A400 N in the direction of Team A4A car is free-wheeling down a hill at constant velocity, which means that the resultant force which is acting on it is zero.  The downhill component of its weight is equal to 10 kN, and the force of air resistance which is acting is equal to 6 kN.  Calculate the total frictional force which is acting on the car.  You may assume that no additional forces are acting on it.10 kN4 kN6 kN16 kN

A ball thrown into the air follows a projectile motion. At the highest point in the motion... neither the acceleration nor the velocity are zero. both the velocity and the acceleration are zero. the velocity is zero, but the acceleration is not zero. we need more information the acceleration is zero but the velocity is not zero.

A ball is tossed straight up into the air. At the highest point, the ball'sQuestion 12Answera.velocity and acceleration will be dependant on how fast the ball was releasedb.acceleration is zero but not its velocityc.velocity is zero and acceleration is acting upwardsd.velocity is zero and acceleration is acting downwardse.velocity and acceleration are zero

The net force on this rugby ball is 0  N0  N. What can we say about the individual forces acting on the ball?

A baseball is thrown vertically into the air. The acceleration of the ball at its highest point is: Group of answer choiceszerog, upg, down2g, up2g, down