Which graph best represents the relationship between acceleration and time for a freely falling object as theobject falls near the surface of Earth?

An object is released from rest and undergoes free fall. What will its velocity-time graph look like?A horizontal lineA curveA straight line which starts above the origin and which slopes downwards to the rightA straight line which starts from the origin and slopes upwards to the right

Which velocity-time graph shows a period of acceleration in the motion?ABCD

What is the acceleration of a free-falling object on Earth?

What name is given to the type of motion which occurs when an object is accelerating and the only force which is acting on it is its weight?Weight-based accelerationFast fallFree fallFalling downwards2An object is released from rest and undergoes free fall. What will its velocity-time graph look like?A curveA horizontal lineA straight line which starts above the origin and which slopes downwards to the rightA straight line which starts from the origin and slopes upwards to the right3A paper ball is released from rest, and goes on to fall through a large vertical distance. As it falls through the air, it is acted upon by two forces – air resistance and its weight. Which of the following correctly describes its motion after it is dropped?It will accelerate at an increasing rate and then reach its terminal velocityIt will accelerate uniformlyIt will accelerate at a decreasing rate and then reach its terminal velocityIt will accelerate uniformly before reaching its terminal velocity4A feather is released from rest. As it falls through the air, it is acted upon by two forces – air resistance and its weight. By the time it has reached its terminal velocity, which of the following mathematical statements correctly describes the magnitudes of these two forces?Weight = air resistanceAir resistance < weightWeight < air resistanceWeight > air resistance5A rubber duck is released from rest near the surface of the Earth. It then goes on to fall through a large vertical distance, and eventually reaches its terminal velocity. What would happen if this same experiment was repeated near the surface of the Moon?It would reach a higher terminal velocity than it did on EarthIt would reach the same terminal velocity that it did on EarthIt would reach a lower terminal velocity than it did on EarthIt would not reach a terminal velocity, but would continue accelerating uniformly until it hit the surface of the Moon

If a velocity vs. time graph is a horizontal line above the time axis, what does the acceleration vs. time graph look like?Select one:a.A horizontal line at zerob.A curved linec.A line sloping upwardsd.A line sloping downwards