1. make me one question on relative motion in the forum with complete solutions. here is my example below of what I am expecting you to answer: NOTE: Don't copy the question below make me a similar question and then solve it as you see below how they solved it. Manny is playing golf with his friend, he hits the golf ball from a 7.0m high building with a velocity of 8.0 m/s [45° above the horizontal], and it lands next to a pond. How long does it take for the golf ball to hit the ground and reach the pond? vix viy (8.0m/s) cos 45 vix 5.65m/s (right) cos 45 = vix = sin 45 = viy vr viy- (8.0m/s) sin 45 viy = 5.65m/s (up (up) a = 9.81m/s² viy = 5.65m/s (up) s (up) Ad=7.0m (down) vfy² = viy² + 2a A dy vfy² = ((5.65m/s)²) + 2(−9.81m/s²)(–7. vfy=√169.2625 vfy = ±13m/s vfy = -13m/s vf=vi+a At – 13m/s = 5.65m/s + (−9.81m/s²) At -18.65m/s -9.81m/s² At= At = 1.9s -7.0m

1. make me one question on relative motion in the forum with complete solutions. here is my example below of what I am expecting you to answer: NOTE: Don't copy the question below make me a similar question and then solve it as you see below how they solved it. Manny is playing golf with his friend, he hits the golf ball from a 7.0m high building with a velocity of 8.0 m/s [45° above the horizontal], and it lands next to a pond. How long does it take for the golf ball to hit the ground and reach the pond? vix viy (8.0m/s) cos 45 vix 5.65m/s (right) cos 45 = vix = sin 45 = viy vr viy- (8.0m/s) sin 45 viy = 5.65m/s (up (up) a = 9.81m/s² viy = 5.65m/s (up) s (up) Ad=7.0m (down) vfy² = viy² + 2a A dy vfy² = ((5.65m/s)²) + 2(−9.81m/s²)(–7. vfy=√169.2625 vfy = ±13m/s vfy = -13m/s vf=vi+a At – 13m/s = 5.65m/s + (−9.81m/s²) At -18.65m/s -9.81m/s² At= At = 1.9s -7.0m

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Don’t worry about the point on top of the question
I need help with this problem please explain to me on how to solve it
Include appropriate units in your final answer. Round off your final answer to two decimal places. Box your final answer. Follow the given formulas 3. The second hand of a large clock has a radial acceleration of 0.001 m/s². (a) How far is the point from the axis of rotation of the second hand? (b) What is the magnitude of the speed of the second hand? (Clue: Use T = 60 minutes).
1. Jun Matsumoto holds a string wherein a steel ball is attached to a string and is swung in a circular path in a horizontal plane as illustrated in Figure 1. At point P, the string suddenly breaks near the ball. If these events are observed from directly above, which of the 1-5 paths below would the ball most closely follow after the string breaks. Explain your answer. Figure 1. Jun Matsumoto holds a string wherein a steel ball is attached to a string and is swung in a circular path in a horizontal plane
1. When fired at this angle, how long will the cannonball remain in the air? Explain please. :))
s3.us-east-1.amazonaws.com Due date: Wed, Oct 16 2019 Homework #6 (Chapter 7) **10. A rope is suspended from a branch. You wish to raise yourself up off the ground by running along the ground, grabbing the rope, and letting the rope swing you upward. How fast would you have to run to be able to rise by 2 m?
How can I find the graphs, solutions and answers to this problem? (answers should be rounded off to four decimal places)
Answer number 4 only.
My date of birth is 7/25/1996 Please answer question 3
A 1kg block ball was hurled at horizontal speed 10m/s from building with a height of 20m while it was falling the ball was divided into consecutive halves X and Y ( without any external force )and then hit each part X and Y the ground at the same time at the point 10m and R horizontally from the building in order (see figure below ) suppose gravitational acceleration 10m/s2 . What is the distance R (suppose there is no resistance to air ) ?
es. Use the information below to answer parts a-c. The International Space Station (ISS) orbits the Earth at an altitude (distance above the surface of the Earth) of 408 km, conducting various experiments in a "weightless" environment. ISC and MENG UI an ob questio11 IS b) Calculate the acceleration of the ISS. (Any constant values needed for your calculation can be found on your Physics 20 data sheets.)
hi, please help me solve the problem. kindly follow the GUFSA format (Given, Unknown, Formula, Solution, Answer). thank you so much!