A ball thrown straight up takes 6.20 seconds to go up and come back down to its starting point. Neglecting air resistance, how high (in m) does it go?
A ball thrown straight up takes 6.20 seconds to go up and come back down to...
A ball is thrown straight up into the air from the ground with initial velocity v0= 4 m/s, it reaches its apex and falls back down. Neglecting air resistance, how long does it take the ball to return to the ground?
If a ball is thrown straight up at 20 m/sec and takes 4.08 seconds to return to your hand, how high did the ball go?
A ball is thrown straight down at 1.50 m/'s from a tall tower. Two seconds (2.00 s) later a second ball is thrown straight up at 4.00 m/s. How far apart are the two balls 4.00 s after the second ball is thrown? Ignore the effects of air resistance. Example 2-9
A ball is thrown straight up into the air with an initial speed of 5 m/s and is then caught as it comes back down to the pitcher. How long does the ball remain in the air, in seconds?
43) A ball is thrown straight up with a speed of 36 m/s. How long does it take to retum to its starting point, assuming negligible air resistance?
2) You throw a ball straight up with an initial velocity 15.0 m/s a) How high does it go? Ignor e the air resistance. (1 mark) b) How long does it take for the ball to reach its maximum height? (1 mark) What is the ball velocity when the ball is 6.00 m above the initial throwing point? c) (1 mark) What is the velocity of the ball when it back to initial point? (1 mark) d) 2) You throw...
If a heavy object like a bowling ball is thrown straight up through a moon roof in a car traveling down a straight highway with the cruise control on at 60 mi/hr, what will happen? (Neglect air resistance.) A. The ball will hit the windshield of the car B. The ball will come back down through the moon roof of the car. C. The ball will hit the trunk of the car D. The ball will hit the pavement behind...
Assume that a softball is thrown straight up with an initial velocity: v=vo experiences a drag force due to air resistance given by: Farag = - bv a. Use F = ma to show that the appropriate differential equation is given by: mat= -mg - kmy [where k = 1 b. Show by direct substitution that: v(t) = -9 + [kvote-kt sat isfies the differential equation. C. Assuming the ball is thrown straight up with velocity v = vo, find...
a. Find the speed required to throw a ball straight up and have it return 6 seconds later. Neglect air resistance. b. How high does the ball go? Please Help!! Thanks!! :)
Short answer 12.- A kid thrown a ball straight up. The ball takes) seconds to retum to the original position Show your work a) 8 points What is the initial velocity of the ball? b) points What is the ball's average velocity during the complete trip? e points What is the ball's average speed during the complete trip