Graphical analysis of motion. Interpret the motion of the object given the distance-time graph 15 Line A: Line B: 10 Line C: D Line D: Line E: Answer with text and/or attachments: Distance (m)
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![Graphical analysis of motion. Interpret the motion of the object given the distance-time graph.
15
Line A:
Line B:
10
E
Line C:
Line D:
Line E:
A
Answer with text and/or attachments:
心 H E 三 ョ
Distance (m)
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- write me one question on projectile motion in the forum with answer solutions the question and the answer below is an examples for you to know what I am expecting you to answer don't copy the answer below make a question similar to it and solve that 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 vix = (8.0m/s) cos 45 (right) cos 45 = vix = 5.65m/s sin 45 = viy viy - (8.0m/s) sin 45 viy = 5.65m/s (up) a = 9.81m/s² viy = 5.65m/s (up) Ad 7.0m (down (down) vfy² = viy² + 2a A dy vfy² = ((5. 5.65m/s) ²) + 2(−9.81m/s²) (-7.0m vfy=√169.2625 vfy = ±13m/s vfy = -13m/s vf=vi+a At – 13m/s = 5.65m/s + (−9.81m/s²) A t At= At = 1.9s -18.65m/s -9.81m/s²Refer to the position vs. time graph for the car. Assume that time t is in units of hours and position x is in units of kilometers. (attached image) Question #8 - Over what interval(s) does the car move with negative constant velocity? A. B-C, D-E B. All intervals C. None of the intervals D. A-B, C-D, and E-F E. O-A Question #9 - In what interval(s) is the car’s acceleration zero? A. B-C, D-E B. All intervals C. None of the intervals D. A-B, C-D, and E-F E. O-A Question #10 - During what interval(s) does the car exceed a 10 km/hr speed limit in any direction? A. D-E B. All intervals C. None of the intervals D. O-A and D-E E. O-AI need steps to solve this to understand it
- What was the acceleration for the object? Explain how you find velocity and acceleration for each graph.A ball is dropped from rest from a 5.) tall building and falls for 4 s. A.) Determine the ball's final velocity. B.) Determine how far the ball traveled.From the choices below, An aspirin is dropped from a certain height. Which of the following is TRUE about the object as it moves down? A. The speed increases B. The speed decreases C. The speed stays the same D. The acceleration increases
- allen SPH4U- Review from grade 11- Corresponding Kinematics graphs Construct the corresponding position time (top) and acceleration time (bottom) graphs from the provided velocity time graph: Show the calculations at the right. For v-t graph assume each square is 1 second horizontally and 1 m/s vertically. Calculations CalculationsPLS HELP ASAP ON ALL ASKED QUESTION PLS PLSHelp