A boat, 100m from the point where the projectile was shot, moves with a constant velocity of 6m/s. The projectile will hit the boat in 6s. The velocity of release of the projectile is 30m/s. Find the height (in meters) of the hill above the water.0 the answer should be 3 decimal

A boat, 100m from the point where the projectile was shot, moves with a constant velocity of 6m/s. The projectile will hit the boat in 6s. The velocity of release of the projectile is 30m/s. Find the height (in meters) of the hill above the water.0 the answer should be 3 decimal

Name: A boat, 100m from the point where the projectile was shot, moves with
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Description: A boat, 100m from the point where the projectile was shot, moves with a constant velocity of 6m/s. The projectile will hit the boat in 6s. The velocity of release of the projectile is 30m/s. Find the height (in meters) of the hill above the water.0th

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter1: Introduction And Vectors

Section: Chapter Questions

Problem 46P: Vector A has x and y components of 8.70 cm and 15.0 cm, respectively; vector B has x and y...

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#3) Use the figure for projectile motion. You are working on your jump shot. The magnitude of the initial velocity for the ball is vo = 9.5 m/s and the angle you launch it is at 37.0°. Note the ball's initial starting height is h = 1.90 m. Most of your points will come from setting up the equations correctly and your algebra manipulation prior to plugging in numbers. Numbers last. Report answers to 3 sig figs. ECANSU h (A) Find the total time the ball is in the air, from h to the time it hits the ground. (B) Find the maximum horizontal distance the person can throw ball given these conditions.
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Solve each problem correctly and systematically. Your answers should be in 3 decimal places. A boat, 100m from the point where the projectile was shot, moves with a constant velocity of 6m/s. The projectile will hit the boat in 6s. The velocity of release of the projectile is 30m/s. Find the height (in meters) of the hill above the water.
Max Height = V;*sin's (visine) 28 28 Max Ronge = v? sin 20 Vi Height 8 = 9. 81 m/sz Range 1.) A very small cannon (very small, meaning we can disregard its size) has a muzzle velocity (velocity of the projectile as it leaves the barrel) of 30 m/s and is at an angle of 35° from the ground. a.) What is the Max Height? b.) What is the Range? Somple . Diagrom Vi = inital velocty cmuzzle velocity) 0 = ongle from the grond Vi = 30 m/e Height e= 350 Ronge a) Monx Height : (30) (ain 5) Max Height = V;? sin?e 28 15- 09 m R(9.81) b.) Ronge : v.* sin 20 (30)2 sin (70*) Ronge = 86.21M * Incicode your final answers. In this case, I used a box
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#7) Use the figure for projectile motion. You are working on your jump shot. The magnitude of the initial velocity for the ball is v. = 8.0 m/s and the angle you launch it is at 32.0°. Note the ball's initial starting height is h = 1.70 m. set up the equations correctly and your algebra manipulation prior to plugging in numbers. Numbers last. Report answer to 3 sig figs. h (A) Calculate the maximum height the ball goes relative to the ground. (B) Calculate the total time the ball is in the air, from h to the time it hits the ground. (C) The maximum horizontal distance the person can throw ball given these conditions.
1110. In Fig. P-1109, a ball thrown down the incline strikes it at a distance s 254.5 It. If the ball rises to a maximum height h 64.4 ft above the point of release, compute its initial velocity vo and inclination 6. Ans. v. = 80.5 ft per see; 0= 53.1° FIG. P-1109 and P-1110.