Question

If the projectile is launched at a launching angle theta, with an initial velocity Vo from a height of Yo above the table top, how long does it take the projectile to fall on the table top? Now that your Voy is no longer zero, so you must use the quadratic equation to solve for t. Express the time in terms of g,Yo,Vo, and theta, make sure that your y-direction is fixed.

t=

How far would it travel? Express in terms of g,Yo,theta, and Vo

x=

If the projectile is launched at a launching angle 0, with an initial velocity vo from a height of yo above the table top, how long does it take the projectile to fall on the table top? Now that your Voy is no longer zero, so you must use quadratic equation to solve for t. Express the time in terms of g, yo vo and e, make sure that your y-direction is fixed. How far it would have traveled? Express x in terms of g, yo e, and vo

Answer 1

Give that initial velocity is v angle is θ initi al height is yo Now for the projectile motion, This is the required quadratic equation vo sin(θ))'-4x y, sin ( θ ) v sin this is the relati on for t Now the horizontal di stance is vo sin ( θ))--48x X-vocos()x This is the expressi on for horizontal distance traveled.