A 0.50 kg football is kicked from ground level with an initial velocity of 13.0 m/s [F 37° U] (37° above the horizontal axis). It is caught at a height of 2.0 m. If you assume that there is no interference and that the ball is on the way back down after having reached maximum height, how far will the ball travel horizontally before it is caught?

A 0.50 kg football is kicked from ground level with an initial velocity of 13.0 m/s [F 37° U] (37° above the horizontal axis). It is caught at a height of 2.0 m. If you assume that there is no interference and that the ball is on the way back down after having reached maximum height, how far will the ball travel horizontally before it is caught?

Name: A 0.50 kg football is kicked from ground level with an initial veloci
Uploaded: 2024-03-20T06:57:47.000Z
Channel: Bartleby
Description: A 0.50 kg football is kicked from ground level with an initial velocity of 13.0 m/s[F 37° U] (37° above the horizontal axis). It is caught at a height of 2.0 m. If youassume that there is no interference and that the ball is on the way back downafte

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter4: Two-and-three Dimensional Motion

Section: Chapter Questions

Problem 10PQ

See similar textbooks

Similar questions

A bullet is fired from the ground of a level field at an angle of 39.0° above the horizontal. It travels in a straight line at 2200 ft/s for 0.20 s when it strikes a target. The sound of the strike is recorded 0.32 s later on the ground. If sound travels at 1130 ft/s, where is the recording device located?
A particle moving in an xy plane has components of the position vector of x = (0. Ot – 4. Ot^2 )m and y = (-4. Ot^2 + t^3 )m. Find, a. the position and the displacement vectors at t = 3.0 s, b. the average velocity between t = 0.0 s and t = 3.0 s, c. the instantaneous velocity at t = 3.0 s, d. the average acceleration between t = 0.0 s andt = 3.0 s, e. the instantaneous acceleration at t = 3.0 s.
Now, the target moved further away and the sniper must compensate, primarily adjusting the angle of its rifle. If the new angle is now 21° but everything remains the same (150m high building, 1800km/h initial velocity), which of the following solution will provide the time for the bullet to reach the maximum height? O (500cos21)/9.81 O (500sin21)/9.81 O (1800sin21)/9.81 O (1800cos21)/9.81
The subsonic compressible flow over a cosine-shaped (wavy) wall is illustrated in Fig- ure 2.17. The wavelength and amplitude of the wall are I and h, respectively, as shown in Figure 2.17. The streamlines exhibit the same qualitative shape as the wall, but with diminishing amplitude as distance above the wall increases. Finally, as y → 0, the Streamline at V , M. 2h Figure 2.17 Subsonic compressible flow over a wavy wall; the streamline pattern.
Hi! I need help with this question: A beachgoer in Florida notices the waves crashing ashore are spaced 15 meters apart and hit the shore every 8 seconds. How fast (in m/s) are the waves traveling? I have tried s= d/t (15m/8s) and the homework is telling me it's wrong. Is this a teacher mistake or is there more to the problem that I'm missing?
(a) A soccer player kicks a rock horizontally off a 39 m high cliff into a pool of water. If the player hears the sound of the splash 3.02 s later, what was the initial speed given to the rock (in m/s)? Assume the speed of sound in air is 343 m/s. 20.013 V 19.8 m/s (b) What If? If the temperature near the cliff suddenly falls to 0°C, reducing the speed of sound to 331 m/s, what would the initial speed of the rock have to be (in m/s) for the soccer player to hear the sound of the splash 3.02 s after kicking the rock? 18.969 V 18.8 m/s
In a penalty, a soccer player kicks the ball from ground level with a intial velocity of 25.0 m/s, 20.0 above the horizontal. Assume that air air resitance is negligible. What is the maximum height, ymax of the soccer ball? What is the flight time of the soccer ball in the previous problem?
The Sultan Qaboos road is designed to operate at a speed of 100Kmph, but some people are racing above the limit and some people are trailing below 80Kmph, and cause multiple incidents on road. Design a radar frequency so that detect the both the speeds that is below 70kmph, and above 110kmph, provided the PRF is 500Hz only. The radar should not be blind between the above specified velocities and it should detect both the speed accurately.(Explain your assumptions of the radar and their specifications clearly, so that which radar frequency can be readily used on site)
A van had a small light in the ceiling of the cargo bay. When the van is accelerating east at a rate of 2.99 m/s^2, the light bulb rattles loose and falls to the floor. Determine the acceleration relative to the earth and its direction and the acceleration relative to the van and it’s direction.
3.48 The sphere of diameter D of Fig. P3.48 is traveling with a velocity V of 1.2 m/s in 20°C atmospheric air. If Re = VD/v is less than 4 × 10“, the boundary layer around the front of the sphere is completely laminar. Determine if the boundary layer is com- pletely laminar on a sphere of diameter: (a) 1 cm (b) 1m Boundary layer V Fig. P3.48
A tourist at a rim of a canyon yells "hello!" toward the opposite side. She hears the echo "hello" four seconds later. If the speed of sound is 340 m/s, how far away was the canyon wall that produced the echo?
A particle travels along a curved path between two points A and B as shown. Complete the following statement: The displacement of the particle does not depend on A В (A) the shortest distance between A and B. (B) the direction of A from B. the location of A. (D) the distance traveled from A to B.