If we have a 2D physics simulation with a gravity acceleration of 10 ms directly downwards...

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If we have a 2D physics simulation with a gravity acceleration of 10 ms directly downwards and we bounce a ball off level ground so that its initial upwards velocity is 20 ms at ground level. How long will the ball fly upwards for and what is the maximum height above the ground it will reach before it falls back down again? Hint: Remember your s = ut - 1/2at² distance traveled equation and v= at velocity equation and t = v/a If we have a 2D physics simulation with a gravity acceleration of 10 ms directly downwards and we bounce a ball off level ground so that its initial upwards velocity is 20 ms at ground level. How long will the ball fly upwards for and what is the maximum height above the ground it will reach before it falls back down again? Hint: Remember your s = ut - 1/2at² distance traveled equation and v= at velocity equation and t = v/a

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Using the given information we can determine the time the ball will fly upwards and the maximum heig... View the full answer