Consider the 65.0 kg ice skater being pushed by two others shown in the figure.F₁F₂FtotF₁F₂Free-body diagramF₂x m/s² (in the direction of Ftot)F₁(a) Find the direction (in degrees) and magnitude (in N) of Ftot the total force exerted on her by the others, given that the magnitudes F, and F, are 28.0 N and 17.0 N, respectively.✓ (counterclockwise from the direction of F₁ is positive)1direction31.2632.76magnitude✔ N(b) What is her initial acceleration (in m/s2) if she is initially stationary and wearing steel-bladed skates that point in the direction of Ftot? (Assume the value of #, for steel on ice is 0.04.)0.112(c) What is her acceleration (in m/s2) assuming she is already moving in the direction of Fot? Remember that friction is always in the opposite direction of motion or attempted motion between surfaces incontact.0.504

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Description: Consider the 65.0 kg ice skater being pushed by two others shown in the figure.F₁F₂FtotF₁F₂Free-body diagramF₂x m/s² (in the direction of Ftot)F₁(a) Find the direction (in degrees) and magnitude (in N) of Ftot the total force exerted on her by the o

Given, mass of the skater, m = 65.0 kg Forces, F1 = 28.0 NF2 = 17.0 N

Answered: Consider the 65.0 kg ice skater being…

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Consider the 65.0 kg ice skater being pushed by two others shown in the figure. Fot F₁ F₂ Free-body diagram F₂ F₁

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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Consider the 65.0 kg ice skater being pushed by two others shown in the figure. F₁ Ftot F₁ Free-body diagram F₂ F₁ (a) Find the direction (in degrees) and magnitude (in N) of Ftot, the total force exerted on her by the others, given that the magnitudes F₁ and F₂ are 28.8 N and 18.6 N, respectively. direction ° (counterclockwise from the direction of F₁ is positive) N magnitude (b) What is her initial acceleration (in m/s²) if she is initially stationary and wearing steel-bladed skates that point in the direction of Ftot? (Assume the value of μ for steel on ice is 0.04.) (c) What is her acceleration (in m/s²) assuming she is already moving in the direction of Ftot? Remember that friction is always in the opposite direction of motion or attempted motion between surfaces in contact. m/s² (in the direction Ftot)
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