A. Draw the inertia-force diagram of the systemB. Model the problem using a FOLDE. Express the equation in standard form. Take note of the indicated reference axes in the figure.C. Determine the general solution, velocity as a function of time +y20mA small object of mass m = 1.5kg is sliding down an incline of height 20m and 0 = 12°. The coefficient of kinetic frictionis uk = 0.30; the magnitude of the air resistance is kv, k being 0.07 kg/s and v representing the velocity:

Inertia force diagram is drawn Equation of motions are written down a=dv/dt is used to get v in…

Answered: +y 20m A small object of mass m = 1.5kg…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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A. Draw the inertia-force diagram of the system
B. Model the problem using a FOLDE. Express the equation in standard form. Take note of the indicated reference axes in the figure.
C. Determine the general solution, velocity as a function of time

+y
20m
A small object of mass m = 1.5kg is sliding down an incline of height 20m and 0 = 12°. The coefficient of kinetic friction
is uk = 0.30; the magnitude of the air resistance is kv, k being 0.07 kg/s and v representing the velocity:

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