A projectile is fired with an initial velocity of 40m/s at an angle of elevation, ϴ = 30.0°. At t = 1.5 sec, Determine: a. The horizontal vertical component of velocity b. The magnitude and direction of the velocity c. The corresponding horizontal distance at the highest point d. The maximum height to which the projectile rises e. Time for the projectile to reach the same level as it was fired f. The range the projectile traveled g. Suppose that the projectile is a baseball batted, a midfielder is on the 150m distance from the batter, what will be his velocity to be able to catch the ball?

A projectile is fired with an initial velocity of 40m/s at an angle of elevation, ϴ = 30.0°. At t = 1.5 sec, Determine: a. The horizontal vertical component of velocity b. The magnitude and direction of the velocity c. The corresponding horizontal distance at the highest point d. The maximum height to which the projectile rises e. Time for the projectile to reach the same level as it was fired f. The range the projectile traveled g. Suppose that the projectile is a baseball batted, a midfielder is on the 150m distance from the batter, what will be his velocity to be able to catch the ball?

Name: A projectile is fired with an initial velocity of 40m/s at an angle of
Uploaded: 2024-03-20T06:57:47.000Z
Channel: Bartleby
Description: A projectile is fired with an initial velocity of 40m/s at an angle of elevation, ϴ = 30.0°. At t = 1.5 sec, Determine:a. The horizontal vertical component of velocityb. The magnitude and direction of the velocityc. The corresponding horizontal dista

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter2: Vectors

Section: Chapter Questions

Problem 61P: In the control tower at a regional airport, an air traffic controller monitors two aircraft as their...

See similar textbooks

Similar questions

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.
Suppose a projectile is fired with a speed ofv = 45 at an angle of 0 = 30°. Calculate: a. The total flight time, assuming it lands at the same height it was fired from. b. The velocity vector at the apex (highest point) c. The maximum height reached by the projectile
a projectile is launched at an angle of 35 degrees with an initial velocity of 780 ft/s from the ground. a) what is the velocity at t=3s b) what is the total time of flight? c) what is the horizontal distance from the origin when projectile is at it's maximum height?
.A Projectile with a muzzle velocity of 550 m/sec is fired from a gun on top of a cliff 460 m above sea level. If the projectile hits the ocean surface 49.2 seconds after being fired, determine: a. The angle of elevation of the gun; b. The range c. The highest point attained above the cliff. y V, H water surface (w.s.) R
1104. A projectile is fired with an initial velocity of 193.2 ft per sec upward at an angle of 30° to the horizontal from a point 257.6 ft above a level plain. What hori- ontal distance will it cover before it strikes the level plain? Ans. a 1340 ft 1106. Repeat Prob. 1104 if the projectile is fired downward at 30° to the hori- ontal.
3. A rescue plane flies at 90m/s (in the positive x- direction) at constant height h = 1000m toward a point directly over a victim, where a rescue capsule is to land. The capsule is released when the pilot's line of sight is at angle of o with respect to a vertical line as shown in the figure. 1ijetory Tte of sigln a. How long does it take of the capsule to reach the victim? b. How far ahead (distance along x) should the capsule be released? In othe words, what is the x-position of the victim in the figure.p
Bolve This! 1. A ball is kicked from the ground with an initial velocity of 12 m/s.at an angle 28° above the horizontal. Determine the time of flight, the horizontal distance, and th height reached by the ball.
A projectile is launched at an angle of 55 degrees from the horizontal with a velocityof 30m/s. Neglecting air resistance and assuming a horizontal surface, determine the following: a. How far away from the launch site the projectile will land.b. The maximum height the projectile will reach. (Hint: Max height is reached at half the timeof flight)
10 Question (äbäi 4) A projectile starts from the origin with Initial velocity vector i, which makes an angle , with the horizontal (0 <0, < 90). At its highest point of its trajectory, which af the fallowing statements is true? F is parallel to v. Fis perpendicalar to i. a. b. řis parallei to a. ř is per pendicular ta ā. Fis perpendicular to a. a b d.
1106. A projectile is fired with an initial velocity of v. ft per sec upward at an angle of 0° with the horizontal. Find the horizontal distance covered before the projectile returns to its original level. Also determine the maximum height attained by the projectile. v.? sin 2 0 ;h v. sin? 6 2 g Ans. I = %3D 1107 The oon ah
A tennis player hits the tennis ball at a distance of 10 m from the net. The ball is hitat a height of 1.2 m above ground so that it starts moving with a velocity of 30 m/s ina horizontal direction (parallel to the ground). The height of the net is 90 cm. What is the angle the tennis player has to hit the ball so it will just clear thenet?
sin(20) where vo is the initial velocity in feet per second and is the angle of elevation. If yo 2300 feet per second and is changed from 13° to 14° use differentials to approximate the change in the range. Round your answer to the nearest integer. The range R of a projectile is R = Select one: Ⓒa. 2811 ft X b. 2593 ft C. 5623 ft d. 4568 ft 5186 ft e. = Incorrect 32