ygFBComplete the sentences below for your observations:1. As you the ball goes up from points A to C, the y-component becomes_2. As the ball goes up from points A to C, the x-component3. At the highest point D, ,4. As the ball goes down from points E to G, the y-component becomes5. As the ball goes down from points E to G, the x-component

1) y component of velocity decreases ( since acceleration due to gravity act downward) 2) constant…

Answered: E g B -х Complete the sentences below…

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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Q1 A pyramid ABCD, the headpoint A (4,7,0) and basepoints B( 3, 2,0),c(2,4,0) and D ( 3, 4,3). Make the following transformations: a. Rotate it b. Scale it about x-axis by 25 ccw2 x- direction, 3 in in Z-direction? by 2.5 in Y-direction and Draw all +rans formatious ? J.5
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8:48 4 a) Algebraically sum up A+B=C! b) Graphically add A + B (each box is 50 g). Be sure to label 3. Addition of vectors. Vector r1 has a magnitude of 8.4 km and points due East. Vector r2 has a magnitude of 12.6 km and points due North. a. On the grid below, show the addition of r1 and r2 using the tip-to-tail method. Make sure to show the resultant vector on your diagram. Use a scale factor of 1 km per grid line. Use a protractor and ruler to make sure your vectors have the correct magnitude and direction. b. Use a ruler to measure the length of your resultant vector. Use the scale factor to convert this to a magnitude to km. c. Use a protractor to measure the direction of your resultant vector. d. Calculate the the sum of r1 and r2 in x and y component form using algebraic methods. e. Find the magnitude of the resultant vector you calculated in part d. 4. Addition of vectors. Vector r1 has a magnitude of 5.6 km and points due East. Vector r2 has a magnitude of 7.2 km and points…
ans. a) 18.8 m/s c) 10.8 m/s c) How fast can the car take a 40-m radius turn when the pavement is icy? b) How fast can the car take a 40-m radius turn when the pavement is wet? a) How fast can a 2000-kg car take a 40-m radius turn when the pavement is dry? is dry, us = .6 when the pavement is wet, and µs = .3 when the pavement is icy. The mass of the car is 5. The coefficient of static friction for a certain kind of pavement and tires is u, = .9 when the pavement
Figure Q2(a) Profile of roller coaster: (a) The height of first hill height 20m, (b) Shape of the first hill and radius at the bottom ρ = 60 m, (c) The exit path height 5m, and (d) The loop to end the ride is a level ground, ignore the small height. Assuming a total mass of 1000kg, explain with calculations how would you design the roller coaster from start till the end of coaster ride: (i) the power of the electric motor to pull the coaster up the first hill.
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Assuming negligible atmospheric friction, a launched projectile has a parabolic path, as shown above. Point Q is the path peak and Points P and R are at the same altitude. Identify the correct relationship of the projectile speeds at the three points. O A. vp = VR < VQ O B. VO < VR < vP OC.Vo< vp = VR O D. VR < VQ < vP O E. Vp < VQ < VR
Learning Goal: To find some of the parameters characterizing an object moving in a circular orbit. The motivation for Isaac Newton to discover his laws of motion was to explain the properties of planetary orbits that were observed by Tycho Brahe and analyzed by Johannes Kepler. A good starting point for understanding this (as well as the speed of the space shuttle and the height of geostationary satellites) is the simplest orbit: a circular one. This problem concerns the properties of circular orbits for a satellite orbiting a planet of mass M. For all parts of this problem, where appropriate, use G for the universal gravitational constant. The potential energy U of an object of mass m that is separated by a distance R from an object of mass M is given by U=-G Mm R What is the kinetic energy K of the satellite? Express your answer in terms of the potential energy U. K = Submit Part D T = Find the satellite's orbital period T. Express your answer in terms of G, M, R, and T. ► View…
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B9
A ball is connected to a wire and swings in 4.) uniform circular motion as shown in the figure to the right. If the wire makes an angle of 0 = 27.0° with the vertical when the ball moves with a speed of 1.79 m/s, what is the length of the wire? %3D

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