Please do all parts it's a request I surely gives u 2 likes and please check calculation carefully I already have its ans level groundinitial velocity 8 87. 9 ms at 58.4"onshell is fired with ana bo ve the Horizon tal and feels no appriciableairresistance.A find Horizontal and vertical Components HtheShell's initial velocityit take the shell to seach etsLangHeighest point ?Howdo esmaximum Heigut above the ground.How far from its firing point does the shellland 9

initial velocity of shell, v =87.9 m/sangle with horizontal, θ=58.4oa horizontal component of…

level ground initial velocity 8 87. 9 m/s at 58.4' on shell is fired with an at 58.4° abo ve the Horizontal and feels no appriciable air resistante. AJ find Horizontal and vertical Components f the Shell's initial velocity do es it take the shell to seach its ding Heighest How point 9 maximum Heigut above the ground: How far from its firing Point does the shell Land 9

level ground initial velocity 8 87. 9 m/s at 58.4' on shell is fired with an at 58.4° abo ve the Horizontal and feels no appriciable air resistante. AJ find Horizontal and vertical Components f the Shell's initial velocity do es it take the shell to seach its ding Heighest How point 9 maximum Heigut above the ground: How far from its firing Point does the shell Land 9

University Physics Volume 1

18th Edition

ISBN:9781938168277

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

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

Chapter4: Motion In Two And Three Dimensions

Section: Chapter Questions

Problem 37P: Suppose the airplane in the preceding problem fires a projectile horizontally in its direction of...

See similar textbooks

Similar questions

Unreasonable Results (a) Find the maximum range of asuper cannon that has a muzzle velocity of 4.0 km/s. (b) Whatis unreasonable about the range you found? (c) Is thepremise unreasonable or is the available equationinapplicable? Explain your answer. (d) If such a muzzlevelocity could be obtained, discuss the effects of airresistance, thinning air with altitude, and the curvature of theEarth on the range of the super cannon
The 222nd Field Artillery is practice firing at an old tank on the level plain below the hillside they are entrenched on. The hillside where they are located is 106 m above the valley floor. a) With a charge-five muzzle velocity of 811 m/s and the barrel elevated at 34° above the horizontal, how far will the shell go (downrange distance)? b) What will the velocity be at the instant the shell strikes the ground (magnitude and direction)? Can you answer both a and b
I am working on finding the inital velocity of a class II projectile and am having trouble determining the right amount of sig figs. The taken measurements of the initial position of x goes to 4 sig figs, as well as the final position for y. With that being said, I am trying to find the initial velocity of x and y separately through trionometry. For example, if I have an equation for the initial velocity of x with an angle of 40, then Vox=Vocos40 My question is, since the measured value for my angle is two significant figures, is my answer Vox=.76Vo also in two sig figs because it goes by the two significant figures from my measured angle, or should I go to four significant figures to match my measured values for x and y?
Check Your Understanding A cave diver enters a tong underwater tunnel. When her displacement with respect to the entry point is 20 m, she accidentally drops her camera, but she doesn’t notice it missing until she is some 6 m farther into the tunnel. She swims back 10 m but cannot find the camera, so she decides to end the dive. How far from the entry point Is she? Taking the positive direction out of the tunnel, what is her displacement vector relative to the entry point?
A truck is traveling east at 80 km/h. At an intersection 32 km ahead, a car is traveling north at 50 km/h. (a) How long after this moment will the vehicles be closest to each other? (b) How far apart will they be at that point?
An artillery piece is pointed upward at an angle of with respect to the horizontal and fires a projectile with a muzzle velocity of 1550 ft/s. If air resistance is neglected a) to what height will the projectile rise and b) what will be its range?
A fire hose held near the ground shoots water at a speed of 5.9 m/sm/s. At what angle(s) should the nozzle point in order that the water land 2.5 mm away? Express your answer(s) in degrees to two significant figures. If there is more than one answer, separate them by a comma.
A small, experimental aluminum airplane leaves its classified location on a foggy and overcast day, and flies at 198 km/h (= 55.0 m/s), at a constant height h of 500 m, toward a point directly over a victim of a bizarre, classified experiment, floating in a remote mountain lake, where a rescue capsule is to land. (a) What should be the angle φ of the alien pilot’s line of sight to the victim when the capsule release is made? (b) As the capsule reaches the water, what is its velocity ⃗v?
A daredevil is attempting to jump his motorcycle over a line of buses parked end to end by driving up a 32º ramp at a speed of 40.0 m/s (144 km/h). How many buses can he clear if the top of the takeoff ramp is at the same height as the bus tops and the buses are 20.0 m long? (b) Discuss what your answer implies about the margin of error in this act—that is, consider how much greater the range is than the horizontal distance he must travel to miss the end of the last bus. (Neglect air resistance.)
A projectile is thrown from ground level with vo- 13i÷ 20j m/s. What is the speed (in m/s) of the projectile at the maximum height?
A projectile is fired from 3 meters height above level ground with an initial velocityequals to 20 m/s and at an angle equals to 30 degrees above the horizontal level. Notethat the air resistance is neglected. the position of a particle with respect to time is defined by:r(t) = rcos(cot )i +rsin(cot)j ,where w and r are constants.Demonstrate that the magnitude of the acceleration of the particle is constant.
To decide who pays for lunch, a passengeron a moving train tosses a coin straight upward with an initialspeed of 5.25 m>s and catches it again when it returns to its initial level. From the point of view of the passenger, then, the coin’sinitial velocity is 15.25 m>s 2yn . The train’s velocity relative to theground is 112.1 m>s2xn . (a) What is the minimum speed of the coinrelative to the ground during its flight? At what point in the coin’sflight does this minimum speed occur? Explain. (b) Find the initial speed and direction of the coin as seen by an observer on theground. (c) Use the expression for ymax derived in Example 4-14 tocalculate the maximum height of the coin, as seen by an observeron the ground. (d) What is the maximum height of the coin fromthe point of view of the passenger, who sees only one-dimensionalmotion?