g=9.81m/s^2 4. As depicted by a below figure, bored Mr. PM attempts to pull a 70-kg mortar tired with anon-physical changed rope upon the hill with a rough terrain (static and dynamic frictioncoefficient: µ, = 0.6 and µx = 0.4 respectively). After 4 seconds of pulling, as well boredMr. PY throws a 10-kg pestle with a velocity v, toward the mortar and later impacts themortar severely. Note that tension is initially zero and varying over time as shown by thebelow plot of T = 400tz. Determine%3Da) draw Free body diagram, impulse-momentum diagram, and impact diagram – 3 marks.b) the time the mortar starts moving – 3 marks.c) velocity of the mortar at 4 seconds of time – 3 marks.d) velocity of the pestle to stop the mortar from moving, if it impacts the mortar at 4 secondsof time, and coefficient of restitution is zero – 1 mark.Pestle30Mr. PYUpMortarT (N)800T = 400 t'/2|Mr. PM30-t (s)4

Answered: cal changed rope upon the hill with a…

cal changed rope upon the hill with a roug t: µs = 0.6 and µx = 0.4 respectively). Af rows a 10-kg pestle with a velocity vp tow

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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