i need the answer quickly Q1- A particle starts to moves from origin at the curved Pathy= ( 3 sin* (x'y) + yx) mWith initial velocity 2 m/s and acceleration ofa = 2 t? + 5t0.5 m/s?Find its velocity and acceleration at x= 10 m.Q2- A particle starts to move along a an elliptic pathX'/9 + y'/4 =1The particle starts from rest from the right intersection of circlewith x axis counter clockwise with an acceleration of ( o.25 m/s?) for(4 s) after that velocity remains constant. Find velocity andacceleration of particle after (12s). How many revolutions is done byparticle along the circle at this time.Q3- A projectile is fired from point A which is at a height of (1.2 m).The projectile must hit point B on ground, which is 15 m away fromA. Find the necessary firing velocity and firing angle for theprojectile.

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Answered: Q1-A particle starts to moves from…

Q1-A particle starts to moves from origin at the curved Path y= (3 sin (x'y) + yx) m With initial velocity 2 m/s and acceleration of a = 2 t + 5t0s m/s? Find its velocity and acceleration at x= 10 m.

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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Question

i need the answer quickly

Q1- A particle starts to moves from origin at the curved Path
y= ( 3 sin* (x'y) + yx) m
With initial velocity 2 m/s and acceleration of
a = 2 t? + 5t0.5 m/s?
Find its velocity and acceleration at x= 10 m.
Q2- A particle starts to move along a an elliptic path
X'/9 + y'/4 =1
The particle starts from rest from the right intersection of circle
with x axis counter clockwise with an acceleration of ( o.25 m/s?) for
(4 s) after that velocity remains constant. Find velocity and
acceleration of particle after (12s). How many revolutions is done by
particle along the circle at this time.
Q3- A projectile is fired from point A which is at a height of (1.2 m).
The projectile must hit point B on ground, which is 15 m away from
A. Find the necessary firing velocity and firing angle for the
projectile.

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