In each of the following situations, you apply a force $ F_A = 140 \, \text{N} $. Rank the following according to the amount of work done by $ F_A $ going from largest to smallest. (Drawing a diagram might be helpful.)- You apply $ F_A $ horizontally along flat, horizontal ground on a mass of 10 kg for 2 m with no friction.- You apply $ F_A $ at an angle of $ 30^\circ $ above the horizontal along flat, horizontal ground on a mass of 10 kg for 2 m with no friction.- You apply $ 2 \times F_A $ at an angle of $ 30^\circ $ above the horizontal along flat, horizontal ground on a mass of 10 kg for 2 m with no friction.- You apply $ F_A $ horizontally along flat, horizontal ground on a mass of 10 kg for 2 m with a kinetic friction coefficient of 0.4.- You apply $ F_A $ horizontally along flat, horizontal ground on a mass of 20 kg for 2 m with a kinetic friction coefficient of 0.4.- You apply $ F_A $ on a mass of 10 kg straight up to lift the mass 2 m.

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Description: In each of the following situations, you apply a force \( F_A = 140 \, \text{N} $. Rank the following according to the amount of work done by $ F_A $ going from largest to smallest. (Drawing a diagram might be helpful.)- You apply $ F_A $ horiz

The diagram for the first situation can be given as: The work done can be calculated as: W1=FAx=140…

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= In each of the following situations you apply a force FA 140 N. Rank the following according to the amount of work done by FÅ going from largest to smallest. (Drawing a diagram might be helpful.) You apply FA horizontally along flat, horizontal ground on a mass of 10 kg for 2 m with no friction. You apply FA at an angle of 30° above the horizontal along flat, horizontal ground on a mass of 10 kg for 2 m with no friction. You apply 2 × FA at an angle of 30° above the horizontal along flat, horizontal ground on a mass of 10 kg for 2 m with no friction. You apply FA horizontally along flat, horizontal ground on a mass of 10 kg for 2 m with a kinetic friction coefficient of 0.4. You apply FA horizontally along flat, horizontal ground on a mass of 20 kg for 2 m with a kinetic friction coefficient of 0.4. You apply FA on a mass of 10 kg straight up to lift the mass 2 m.

= In each of the following situations you apply a force FA 140 N. Rank the following according to the amount of work done by FÅ going from largest to smallest. (Drawing a diagram might be helpful.) You apply FA horizontally along flat, horizontal ground on a mass of 10 kg for 2 m with no friction. You apply FA at an angle of 30° above the horizontal along flat, horizontal ground on a mass of 10 kg for 2 m with no friction. You apply 2 × FA at an angle of 30° above the horizontal along flat, horizontal ground on a mass of 10 kg for 2 m with no friction. You apply FA horizontally along flat, horizontal ground on a mass of 10 kg for 2 m with a kinetic friction coefficient of 0.4. You apply FA horizontally along flat, horizontal ground on a mass of 20 kg for 2 m with a kinetic friction coefficient of 0.4. You apply FA on a mass of 10 kg straight up to lift the mass 2 m.

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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In each of the following situations, you apply a force $ F_A = 140 \, \text{N} $. Rank the following according to the amount of work done by $ F_A $ going from largest to smallest. (Drawing a diagram might be helpful.)

- You apply $ F_A $ horizontally along flat, horizontal ground on a mass of 10 kg for 2 m with no friction.

- You apply $ F_A $ at an angle of $ 30^\circ $ above the horizontal along flat, horizontal ground on a mass of 10 kg for 2 m with no friction.

- You apply $ 2 \times F_A $ at an angle of $ 30^\circ $ above the horizontal along flat, horizontal ground on a mass of 10 kg for 2 m with no friction.

- You apply $ F_A $ horizontally along flat, horizontal ground on a mass of 10 kg for 2 m with a kinetic friction coefficient of 0.4.

- You apply $ F_A $ horizontally along flat, horizontal ground on a mass of 20 kg for 2 m with a kinetic friction coefficient of 0.4.

- You apply $ F_A $ on a mass of 10 kg straight up to lift the mass 2 m.

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