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Show all work including units, equations and answer with units. No work, no units = no credit 1. Mr. Yun kicks a soccer ball with a x component of 10.4 m/s and a y component of 6.4 m/s. a. Draw these components with starting point P with the scale of 1cm = 2m/s b. Draw the resultant velocity c. Calculate the magnitude of the resultant velocity - DO NOT USE pythagorean theorem (no credit) - only use the scale and measurements to determine the resultant velocity. d. Determine the angle between the y component and the resultant velocity e. Determine the angle between the x component and the resultant velocity

Show all work including units, equations and answer with units. No work, no units = no credit 1. Mr. Yun kicks a soccer ball with a x component of 10.4 m/s and a y component of 6.4 m/s. a. Draw these components with starting point P with the scale of 1cm = 2m/s b. Draw the resultant velocity c. Calculate the magnitude of the resultant velocity - DO NOT USE pythagorean theorem (no credit) - only use the scale and measurements to determine the resultant velocity. d. Determine the angle between the y component and the resultant velocity e. Determine the angle between the x component and the resultant velocity

College Physics
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)...
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2. In the same question above, consider the following kinematics questions a. How much time does it take for the ball to get to the top? Show all work including units, equations and answer with units. No work, no units = no credit b. What is the maximum height that the ball reaches? Show all work including units, equations and answer with units. No work, no units = no credit C. How much time does it take for the ball to fall to the ground? d. What is the horizontal distance that the ball travels? Show all work including units, equations and answer with units. No work, no units = no credit
Transcribed Image Text:2. In the same question above, consider the following kinematics questions a. How much time does it take for the ball to get to the top? Show all work including units, equations and answer with units. No work, no units = no credit b. What is the maximum height that the ball reaches? Show all work including units, equations and answer with units. No work, no units = no credit C. How much time does it take for the ball to fall to the ground? d. What is the horizontal distance that the ball travels? Show all work including units, equations and answer with units. No work, no units = no credit
Lauana Lin Exam part 2 with vectors 2020 (10 questions mult choice and this large question) Show all work including units, equations and answer with units. No work, no units = no credit 1. Mr. Yun kicks a soccer ball with a x component of 10.4 m/s and a y component of 6.4 m/s. a. Draw these components with starting point P with the scale of 1cm = 2m/s b. Draw the resultant velocity c. Calculate the magnitude of the resultant velocity - DO NOT USE pythagorean theorem (no credit) - only use the scale and measurements to determine the resultant velocity. d. Determine the angle between the y component and the resultant velocity e. Determine the angle between the x component and the resultant velocity
Transcribed Image Text:Lauana Lin Exam part 2 with vectors 2020 (10 questions mult choice and this large question) Show all work including units, equations and answer with units. No work, no units = no credit 1. Mr. Yun kicks a soccer ball with a x component of 10.4 m/s and a y component of 6.4 m/s. a. Draw these components with starting point P with the scale of 1cm = 2m/s b. Draw the resultant velocity c. Calculate the magnitude of the resultant velocity - DO NOT USE pythagorean theorem (no credit) - only use the scale and measurements to determine the resultant velocity. d. Determine the angle between the y component and the resultant velocity e. Determine the angle between the x component and the resultant velocity
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