College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Why is the graph of the force vs. position not uniform?
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- #4) Let's say you got a summer job as a dog walker. Each force shown on the diagram represents the magnitude of the force from each of the dogs (this is the top view looking down). You are at the center of all the forces, which will be the origin for this problem. Report answers to 3 sig figs. ECANSU (A) Find the magnitude of the net force (this is the resultant vector; it now has a meaning) acting on you as a result of all the dogs pulling you in different directions. (B) Find the angle the net force vector makes from the positive x-axis. (C) If your mass was 70.0 kg, what would the magnitude of your acceleration be due to this net force? B = 40 N 25° 35° 40° A = 30 N C = 50 Narrow_forwardFind the resultant of these three forces. Note the angle give for F3 is the angle between F2 and F3; to find the angle to use to get F3's x and y components, add the given angles together. F₂ = 3150 N F3 = 3680 N 42.0⁰ 120.0° F₁ = 2550 Narrow_forwardJason is pulling a box across the room. He is pulling with a force of 19 newtons and his arm is making a 46 angle with the horizontal, what is the horizontal component of the force he is pulling with?arrow_forward
- Consider the 681 N weight held by two cables shown below. The left-hand cable had tension 590 N and makes an angle of 0 with the wall. The right-hand cable had tension 660 N and makes an angle of 81 with the ceiling. 690 N 01 - 660 N 681 N a) What is the angle #1 which the right- hand cable makes with respect to the ceiling? Round up to four significant digits. Express unit as "degrees". Answer in units of degrees. b) What is the angle which the left-hand cable makes with respect to the wall? Round up to four significant digits. Express unit as "degrees". Answer in units of degrees.arrow_forwardThe upper leg muscle (quadriceps) exerts a force of FQ = 1140 N, which is carried by a tendon over the kneecap (the patella) at the angles shown in the figure below. Find the magnitude in newtons and direction in degrees counter-clockwise from an axis directed to the left of the force exerted by the kneecap on the upper leg bone (the femur). magnitude ______ N direction _____ ° counter-clockwise from an axis directed to the leftarrow_forwardThe force F has a magnitude of 480 Ib and acts along the diagonal of the parallelepiped as shown. Express Fin terms of its magnitude times the appropriate unit vector and determine its x-, y-, and z-components. A 6' F = 480 b 8' 3' B Answers: i+ i j+ i F= ( i Ib)( i Fx Ib i Fy Ib F2 Ib iarrow_forward
- Jason is pulling a box across the room. He is pulling with a force of 21 newtons and his arm is making a 45 angle with the horizontal, what is the vertical component of the force he is pulling with?arrow_forwardA 150 Newton force is pulling 70 degrees above the horizontal and somewhat to the right. Tell me first the vertical and second the horizontal magnitudes in Newtons of the two smaller vectors that could be added to get this larger vector.arrow_forwardA skier is standing on a 30o hill. Draw the hill and add idealized force vectors that represent the force of the skier (FS), the normal force (FN), and the force of friction (FF).arrow_forward
- PART A) What is the maximum force that can be applied to a bone whose minimum cross-sectional area is 3.0cm^2? (This is approximately the cross-sectional area of a tibia, or shin bone, at its narrowest point.) Express your answer using two significant figures. PART B) Estimate the maximum height from which a 70kg man could jump and not fracture the tibia. Take the time between when he first touches the floor and when he has stopped to be 0.006s, and assume that the stress is distributed equally between his legs. Express your answer using two significant figures. Thank you!!!arrow_forwardWrite the solution on a paper and round to 4 decimal placesarrow_forwardDetermine the resultant force magnitude, direction, and its angle from the x-axis for force components F1 & F2, components F2 & F3, and components F3 & F4. NOTE: must be solved using the parallelogram method, not the rectangulararrow_forward
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