this is the problem that I was given. I am asked to find the horizontal distance to collision which I found by distance/height=tan(theta). I am asked to calculate time ofcollision which I did by taking distance/speed (in km/s). I am also asked to calculate the constant A from the accleration equation. I find A by taking the intgral of the acceleration twice to find my position formula. I plug in zero for t to get A/b^2=position. I find position by taking pythagorean theorem of height and distance, then multiply what I get by b^2. My reasoning is wrong somehwere as I keep getting the wrong answers (the answers I get are shown in the second picture). Can you please exlain where I am going wrong and provide a correct example/reasoning? Horizontal Distance to CollisionAz- 8.93 kmTime of Collisiontf=13.78sValue of Rocket Constant AA= 1.30 km/s^2 You are designing a missile defense system that will shoot down incoming missiles that pass over a perimeter defense post. The set-up is shown below. An incoming missile passes directly abovdefense base. Radar at the base can measure the height, h, and speed, v1, of the incoming missile. Your Patriot Rocket is set to fire at an angle of 0 = 57° from vertical. You design the Patriot Pmagnitude of its acceleration is given by:bta2%3DAewhere A can be set on your Patriot Rocket as it is fired, b = 0.35 s, and t = 0s when it is fired. The direction of your Patriot Rocket's vector acceleration stays at the same angle, 0, for the enan incoming missile passes over the defense base at a height of 5.8 km and at a constant speed of 648 m/s (this means that v, is constant), solve for the value of A your Patriot Rocket must hato hit the incoming missile. You will also need tò enter results from intermediate steps of your calculation, including the horizontal distance Az from the launch station to the impact position, and th1impact.e

Answered: Image /qna-images/answer/bf4225ef-281d-4255-b289-a391f3a77bcb.jpg

his is the problem that I was given. I am asked to find the horizontal distance to collision which I found by distance/height=tan(theta). I am asked to calculate time ofcollision which I did by taking distance/speed (in km/s). I am also asked to calculate the constant A from the accleration equation. I find A by taking the intgral of the acceleration twice to find my position formula. I plug in zero for t to get A/b^2=position. I find position by taking pythagorean theorem of height and distance, then multiply what I get by b^2. My reasoning is wrong somehwere as I keep getting the wrong answers (the answers I get are shown in the second picture). Can you please exlain where I am going wrong and provide a correct example/r

his is the problem that I was given. I am asked to find the horizontal distance to collision which I found by distance/height=tan(theta). I am asked to calculate time ofcollision which I did by taking distance/speed (in km/s). I am also asked to calculate the constant A from the accleration equation. I find A by taking the intgral of the acceleration twice to find my position formula. I plug in zero for t to get A/b^2=position. I find position by taking pythagorean theorem of height and distance, then multiply what I get by b^2. My reasoning is wrong somehwere as I keep getting the wrong answers (the answers I get are shown in the second picture). Can you please exlain where I am going wrong and provide a correct example/r

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 76P: A small plane flies at 200 km/h in still air. If the wind blows directly out of the west at 50 km/h,...

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