Question
In: Physics
When serving, a tennis player hits the ball horizontally. With a speed of 29.12 m/s. What...
When serving, a tennis player hits the ball horizontally. With a speed of 29.12 m/s. What minimum height, H (in m) from which the ball must be launched to just clear the 0.90 m high net about L = 17.65 m from the server.
How far from the end of the service box (which is a distance of S = 6.80 m from the net) will the ball land if it just clears the net? Use the positive direction if the ball is good (i.e. lands within the service box). Give your answer in meters.
For how long will the ball be in the air? (s)
Solutions
genius_generous answered 1 year agoRelated Solutions
A tennis player hits a ball 2.0 m above the ground. The ball leaves his racquet...
A tennis player hits a ball 2.0
m
above the ground. The ball leaves his racquet with a speed of
16.0m/s
at an angle 4.5?
above the horizontal. The horizontal distance to the net is
7.0
m,
and the net is 1.0
m
high.
By how much?
As a tennis ball is struck, it departs from the racket horizontally with a speed of...
As a tennis ball is struck, it departs from the racket
horizontally with a speed of 29.0 m/s. The ball hits the court at a
horizontal distance of 20.3 m from the racket. How far above the
court is the tennis ball when it leaves the racket?
m
During a tennis match, a player serves the ball at 28.6 m/s, with the center of...
During a tennis match, a player serves the ball at 28.6 m/s,
with the center of the ball leaving the racquet horizontally 2.33 m
above the court surface. The net is 12.0 m away and 0.900 m high.
When the ball reaches the net, (a) what is the distance between the
center of the ball and the top of the net? (b) Suppose that,
instead, the ball is served as before but now it leaves the racquet
at 5.00° below...
During a tennis match, a player serves the ball at 25.6 m/s, with the center of...
During a tennis match, a player serves the ball at 25.6 m/s,
with the center of the ball leaving the racquet horizontally 2.34 m
above the court surface. The net is 12.0 m away and 0.900 m high.
When the ball reaches the net, (a) what is the
distance between the center of the ball and the top of the net?
(b) Suppose that, instead, the ball is served as
before but now it leaves the racquet at 5.00° below...
A ball is kicked horizontally with 15 m/s initial speed from a cliff. The ball lands...
A ball is kicked horizontally with 15 m/s initial speed from a
cliff. The ball lands 75 m away from the base of the cliff (R =
75m). What is the height of the cliff? What is the hitting velocity
(the velocity of the ball before it hits the ground)? What is the
total time of flight?
A ball is thrown horizontally from 20 m high building with a speed of 5.0 m/s....
A
ball is thrown horizontally from 20 m high building with a speed of
5.0 m/s.
(a) Make a sketch of the ball’s trajectory.
(b) Draw a graph of Vx, the vertical velocity, as a funtion of
time.
(c) Draw a graph of Vy, the vertical velocity, as a funtion of
time.
(d) How far from the base of the building does the ball hit
the ground?
A billiard ball with speed of 3.0 m/s in the positive x direction hits an identical...
A billiard ball with speed of 3.0 m/s in the positive x
direction hits an identical second billiard ball that is at rest at
the origin. After the collision one of the balls has a momentum
with an angle of -24 degrees respect to the positive x axis. The
direction of the momentum of the second ball in degrees is:
A billiard ball with speed of 3.0 m/s in the positive x direction hits an identical...
A billiard ball with speed of 3.0 m/s in the positive x
direction hits an identical second billiard ball that is at rest at
the origin. After the collision one of the balls has a momentum
with an angle of -24 degrees respect to the positive x axis. The
direction of the momentum of the second ball in degrees is:
A billiard ball with speed of 3.0 m/s in the positive x direction hits an identical...
A billiard ball with speed of 3.0 m/s in the positive x
direction hits an identical second billiard ball that is at rest at
the origin. After the collision one of the balls has a momentum
with an angle of -24 degrees respect to the positive x axis. The
direction of the momentum of the second ball in degrees is:
1. A 0.4 kg ball hits the ground (vertically) at a speed of 6 m/s, bouncing...
1. A 0.4 kg ball hits the ground (vertically) at a speed of 6
m/s, bouncing back in the opposite direction at 4 m/s. Calculate
the magnitude of the impulse provided by the ground to the
ball.
A. 2 Ns
B. 10 Ns
C. 4 Ns
D. 0.8 Ns
2.Calculate the recoil speed of a 1.4 kg rifle shooting 0.006 kg
bullets with muzzle speed of 800 m/s
A. 3.43 m/s
B. 571 m/s
C. 1.22 m/s
D. 6.42 m/s...
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