Given the situation as shown in the figure. M1=5kg and M2=10kg. Assume there is a friction between M1 and incline plane and take the kinetic friction coefficient p=0.35, but there is no friction between M2 and vertical plane! You should use given symbols throughout the problem. M1 M2 60° a. Draw the Free Body Diagrams for each obiect. You should draw them on above diagram and label all forces and coordinates you plan to use. b. Calculate the force of gravity from M1 and M2 and note the directions? And label them as FGMI and FGM2 c. Calculate the normal forces on M1 and M2 and note the directions? And label them as FNM1 and FNM2 d. For each object, write down EF=ma by using two perpendicular directions, use the symbols as used above? But don't plug the numeric values yet ( e. Solve the set of equations and find the algebraic equation for acceleration of the boxes? ( f. Now plug the numerical values and calculate the acceleration? g. Calculate friction force acting on M1 and note the direction?

Given the situation as shown in the figure. M1=5kg and M2=10kg. Assume there is a friction between M1 and incline plane and take the kinetic friction coefficient p=0.35, but there is no friction between M2 and vertical plane! You should use given symbols throughout the problem. M1 M2 60° a. Draw the Free Body Diagrams for each obiect. You should draw them on above diagram and label all forces and coordinates you plan to use. b. Calculate the force of gravity from M1 and M2 and note the directions? And label them as FGMI and FGM2 c. Calculate the normal forces on M1 and M2 and note the directions? And label them as FNM1 and FNM2 d. For each object, write down EF=ma by using two perpendicular directions, use the symbols as used above? But don't plug the numeric values yet ( e. Solve the set of equations and find the algebraic equation for acceleration of the boxes? ( f. Now plug the numerical values and calculate the acceleration? g. Calculate friction force acting on M1 and note the direction?

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter5: Newton's Law Of Motion

Section: Chapter Questions

Problem 32P: Suppose two children push horizontally, but in exactly opposite directions, on a third child in a...

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