can you help me with letter c? with acceleration being 10.07 m/s2 A wily coyote (Wile E. Coyote, WEC) tieshimself to a rocket with an acceleration 10.07WEC and the rocket are initially at rest. A roadrunner(RR) comes around a curve to the left, then passesWEC at x = 0 with an initial speed of 20 mi/hr to theright. At this instant WEC lights the fuse, which takesACME eo kan additional five seconds to burn down before theFor constant acceleration:rocket ignites. During this initial delay RR does notaccelerate. When the rocket ignites and WEC begins toaccelerate at time t = 0, RR also begins to acceleratewith arR.1x = xo + vot +,at²v + vota) What is RR's position when the rocket ignites, fiveseconds after RR passes WEC at x = 0? Report youranswer to one digit after the decimal point.= xo +2v = v, + atb) The rocket burns out 4.5 s after ignition. What areWEC's position and velocity at this time? Report bothanswers to one digit after the decimal point.v² = vo² + 2a(x – x,)c) After rocket burnout, WEC continues at constant velocity. How much additional timeAt has elapsed when WEC reaches the final position 150 yards from the startingposition? Report your answer to three digits after the decimal point.d) What value must RR's acceleration arr have so that RR and WEC reach the finalposition at the same time? Report your answer to two digits after the decimal point.e) What are RR's and WEC's velocities at the final position? Report both answers to onedigit after the decimal point.

Answered: Image /qna-images/answer/2fffe1ab-0fbb-4eff-b8cf-4601861ff68a.jpg

WEC and the rocket are initially at rest. A roadrunner (RR) comes around a curve to the left, then passes WEC at x = 0 with an initial speed of 20 mi/hr to the right. At this instant WEC lights the fuse, which takes an additional five seconds to burn down before the %3D

WEC and the rocket are initially at rest. A roadrunner (RR) comes around a curve to the left, then passes WEC at x = 0 with an initial speed of 20 mi/hr to the right. At this instant WEC lights the fuse, which takes an additional five seconds to burn down before the %3D

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

An automobile starting from rest speeds up to 12 m/s with a constant acceleration of1.2 m/s2. Runs at fast speed for some time, and finally comes to rest with adeceleration of 1.5 m/s2. If the total distance travelled is 390 m, find the totaltime required. Draw the v-t and s-t curves.
an automobile starting from rest speeds up to 12 m/s with a constant acceleration of 1.2 m/s^2. runs at fast speed for some time, and finally comes to rest with a decelaration of 1.5 m/s^2. if the total distance travelled is 319m, find the total time required. draw the v-t and s-t curves.
A car travels at a constant speed of 10 m/s, then decelerates at a constant 2 m/s2until rest. Determine time elapsed and car’sdistancebefore rest.
Prob-1has an initial speed of 32ft / s and a constant deceleration of 4.5 ft/s^ 2 . 1. Determine the velocity of the trailer when t=5 . 2. What is the displacement of the trailer when t = 5 3. How much time is needed to stop the trailer? Prob-2: The acceleration of a particle traveling along a straight line is a = (7t ^ 2 - 1) * f * t / (s ^ 2) , determine the velocity (of the particle as a function of time t. Assume dot v 0 =6 ft/s when to = 0 s.
Steep safety ramps are built beside mountain highways to enable vehicles with defective brakes to stop. A 10-ton truck enters a 15° ramp at a high speed v0 = 108 ft/s and travels for 6 s before its speed is reduced to 36 ft/s. Assuming constant deceleration, determine (a) the magnitude of the braking force, (b) the additional time required for the truck to stop. Neglect air resistance and rolling resistance.
Particle A slides over the semicylinder while pushed by the arm pinned at C. The motion of the arm is controlled such that it starts from rest at θ = 0, ω increases uniformly as a function of θ and ω = 0.5 rad/s for θ = 45°. Letting R = 100 mm, determine the velocity and acceleration of A when φ = 32 in polar, normal and tangential and Cartesian coordinates.10. The skiers leaves the 20o surface at 10 m/s.a) Determine the distance d to the point where he lands.b) What are the magnitudes of his components of velocity parallel and perpendicular to the 45o surface just before he lands?
A particle travels along a straight line with a velocity v=(12-3t^2) m/s. When t=1s, the particle is located 10m to the left of the reference point. Determine the acceleration at t=4s, the average speed and average velocity from t=0 to t=10s
As seen on the figure, the skateboard rider leaves the ramp with the initial velocity VM = (5t3/2) at 30-degree angle. Determine the initial velocity and the time it took to land at point B.
The A-T Curve For A Particle Having A Rectilinear Motion Is Shown In The Figure. At T=0, The Velocity Is 10ft Per Sec. draw v-t and s-t curves, specifying: v5, v8, v10, s5, s8, s10 and highest velocity
A projectile is launched at a rate of 4.4 m/s at an angle of 55 . State the projectiles position every 0.1 s starting at t=0 s. keep going until the height of the projectile goes negative. (The shot of Odysseues...)
A jet transport aircraft on take-off has an (almost) constant accelerationof 3.5 m/s2 and requires to attain a velocity of 200 km/hr. Determine the timeand distance required for take-off.
A particle travels along a straight line with a velocity v = (12 - 3t^2)m/s, where t is in seconds. When t = 1 s, the particle is located 10 m to the left of the origin. Determine the acceleration when t = 4 s, the displacement from t = 0 to t = 10 s, and the distance the particle travels during this time period.