1. For each free body diagram, find the missing information. You don't need to show your work. Type your answers, with units beside each diagram, where indicated. d. Fn = 35N m = Fg = Ff = Ff = Fg = a- 1.5 m/s2

1. For each free body diagram, find the missing information. You don't need to show your work. Type your answers, with units beside each diagram, where indicated. d. Fn = 35N m = Fg = Ff = Ff = Fg = a- 1.5 m/s2

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. A set of three blocks are pushed on a frictionless surface by the force shown. The first mass, m₁, is 2.0 kg; the second mass, m2, is 3.0 kg; and the final mass, m3, is 4.0 kg. The force applied is 8.0 N. a. What is the acceleration of the blocks? Show your calculation. b. What is the magnitude of the force m2 exerts on m3? Show your calculation. M8
measured angle = 22.340 measured mass of cakt = 507.79 static coefficient of friction = 0.564 3. Predict the minimum mass of the hanging basket that will barely balance the cart, before it begins to slide down the inclined plane. Specifically, draw separate free body diagrams in the space below for the cart and the hanging basket. Apply Newton's laws to calculate the specific basket mass that should barely balance your cart. Use your measured angle, the measured mass of your cart, and the static coefficient of friction quaderne incapeakeve. predicted mass of basket:
Please answer correctly. Please dond used trancribed. Note: The tolerance is +- 1 in the 3rd significant digit. thank you
Stuck need help! Problem is attached. please view attachment before answering. Really struggling with this concept. Please explain so I can better understand ! Thank you so much
I need help with these questions using the data (Not honor class) (Not grading)
Supply all missing information with the correct numerical values. Do not include the units. Round off all answers to two decimal places. Do not forget the negative sign (-) if needed. Mr. One is pushing a cart with a force of F1 = 15.00 N due north. Mr. Two is pushing the same cart with a force of F2 = 25.00 N due northeast. Mr. Three is pushing the cart a force F3 so that the cart is in equilibrium. Find force F3 so that . First, we calculate the vector sum by component method. The x-component of is and the y-component is . The x-component of is and the y-component is . Adding the components, we can express the resultant vector in unit vector component form: = + Since we want to find , it follows that . Thus, = + The magnitude of is F3 = N.
Supply all missing information with the correct numerical values. Do not include the units. Round off all answers to two decimal places. Do not forget the negative sign (-) if needed. Mr. A is pushing a cart with a force of F1 = 15.00 N due north. Mr. B is pushing the same cart with a force of F2 = 25.00 N due northeast. Mr. C is pushing the cart a force F3 so that the cart is in equilibrium. Find force F3 so that . First, we calculate the vector sum by component method. The x-component of ->F1 is ______ and the y-component is _____ . The x-component of ->F2 is _____ and the y-component is _____ . Adding the components, we can express the resultant vector in unit vector component form: ->F1 + ->F2 = _____ ^i + _____ ^j Since we want to find ->F1 + ->F2 + ->F3 = 0 , it follows that ->F3 = -(->F1 + ->F2). Thus, ->F3 = _____ ^i + ______ ^j The magnitude of ->F3 is F3 = _____ N
Hie types All file types Question 3 Not yet answered Marked out of 5.00 P Flag question 50 kN F 40 kN If e = 60° and F = 20 kN, determine the magnitude of the resultant force and its direction measured clockwise from the positive x axis. II
Return to page 61 of the Student Module Booklet and begin Lesson questions 11 to 14, read each question carefully. Decide which of the choices completes the statement or answers the question. Place your answer in the I space given. 11. You can reduce the braking force required to stop a car by A. lengthening the braking time B. reducing the braking time C. increasing the friction between the tires and the road D. increasing the friction between the brake pads and drums 12. To decrease the forces experienced in an accident, A. decrease the time over which the change in momentum occurs B. increase the time over which the change in momentum occurs C. increase the change in velocity D. increase the mass of the vehicle
Supply all missing information with the correct numerical values. Do not include the units. Round off all answers to two decimal places. Do not forget the negative sign (-) if needed. Mr. One is pushing a cart with a force of F1 = 15.00 N due north. Mr. Two is pushing the same cart with a force of F2 = 25.00 N due northeast. Mr. Three is pushing the cart a force F3 so that the cart is in equilibrium. Find force F3 so that F1 + F+F3= 0. First, we calculate the vector sum + F2 by component method. The x-component of F1 is and the y-component is The x-component of F2 is and the y-component is Adding the components, we can express the resultant vector in unit vector component form: F + F2 = 1Fi+F2+F3=0, it follows that F3 = - (F1 + F2). Thus, Since we want to find %3D F3 = The magnitude of F3 is F3 = N.
Supply all missing information with the correct numerical values. Do not include the units. Round off all answers to two decimal places. Do not forget the negative sign (-) if needed. Mr. One is pushing a cart with a force of F1 = 15.00 N due north. Mr. Two is pushing the same cart with a force of F2 = 25.00 N due northeast. Mr. Three is pushing the cart a force F3 so that the cart is in equilibrium. Find force F3 so that . First, we calculate the vector sum by component method. The x-component of is and the y-component is . The x-component of is and the y-component is . Adding the components, we can express the resultant vector in unit vector component form: = + Since we want to find , it follows that . Thus, = + The magnitude of is F3 = N.
O assingment 1-. -> 4kg 1. What is the direction of the friction force on the block B? 2. Draw clear diagrams to show the forces on each of A, B and C. 3. By considering the equilibrium of A and C, calculate the tensions in the strings when there is no slipping. 4. Calculate the magnitude of the friction when there is no slipping. Now suppose that there is insufficient friction to stop the block from slipping. 5. Write down the resultant force acting on each of A, B and C. 2 Ten boxes each of mass 5 kg are stacked on top of each other on the floor. 1 What forces act on the top box? (ii) What forces act on the bottom box? 3 The diagrams show a box of mass m under different systems of forces. ARN ARN F,N 10 N F, N mg N mg N (i) In the first case the box is at rest. State the value of F. (11) In the second case the box is slipping. Write down the resultant horizontal force acting on it. >