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I need to move an aquarium 70 kg across the living room. I pull on it at a 40 degree angle upward with respect to the horizontal floor . Friction it’s 0.56. How hard must I pull to make it move Please use the equations provided

I need to move an aquarium 70 kg across the living room. I pull on it at a 40 degree angle upward with respect to the horizontal floor . Friction it’s 0.56. How hard must I pull to make it move Please use the equations provided

College Physics
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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I need to move an aquarium 70 kg across the living room. I pull on it at a 40 degree angle upward with respect to the horizontal floor . Friction it’s 0.56. How hard must I pull to make it move Please use the equations provided
Equations: Vector components, standard Cartesian plane: Vx= V cos 8 Vy = V sin 0 Constant linear acceleration: V = Vo + at Projectile motion: X = Xo + Voxt Rotational motion: 0 = s/r @= @o + at Frictional force: w = v/r Newton's Second Law of motion: Centripetal force: Use g d = do + Vot + ½ at² Gravitational force, or weight: = Vx² + Vy² = V² y = yo + Voy - 1/2 gt² 360⁰ = 2n radians a = aT/r 000+ wot + ½ at² tan 8 = Vy/Vx v² = vo² + 2a(d-do) Vy = Voy -gt ac = v²/r = rw² w² = wo² + 2a(0 - 0) ΣF = ma Fg = mg Ff = µFn Fc = mv²/r 10.0 m/s² for the acceleration due to gravity near the surface of the earth.
Transcribed Image Text:Equations: Vector components, standard Cartesian plane: Vx= V cos 8 Vy = V sin 0 Constant linear acceleration: V = Vo + at Projectile motion: X = Xo + Voxt Rotational motion: 0 = s/r @= @o + at Frictional force: w = v/r Newton's Second Law of motion: Centripetal force: Use g d = do + Vot + ½ at² Gravitational force, or weight: = Vx² + Vy² = V² y = yo + Voy - 1/2 gt² 360⁰ = 2n radians a = aT/r 000+ wot + ½ at² tan 8 = Vy/Vx v² = vo² + 2a(d-do) Vy = Voy -gt ac = v²/r = rw² w² = wo² + 2a(0 - 0) ΣF = ma Fg = mg Ff = µFn Fc = mv²/r 10.0 m/s² for the acceleration due to gravity near the surface of the earth.
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