An object is sliding down a cord, as shown. Write a program which takes the initial lengths a, b, and c, and the initial magnitudes of velocity and acceleration as input, and outputs the velocity and acceleration in cylindrical coordinates. The form of the output should follow that from Fig. 12-31 in your text, which is also given below. As a test case, let a = 2m, b = 3m, z = 6m, velocity v = 28m/s and acceleration a = 7m/s². For these inputs, you should get = (-14.2 ur - 24.0 uz)m/s and a = (-3.61 ur - 6.00uz) m/s² 0 3m (b) 6m (c) 2m (a) TP U₂ u, Ug
An object is sliding down a cord, as shown. Write a program which takes the initial lengths a, b, and c, and the initial magnitudes of velocity and acceleration as input, and outputs the velocity and acceleration in cylindrical coordinates. The form of the output should follow that from Fig. 12-31 in your text, which is also given below. As a test case, let a = 2m, b = 3m, z = 6m, velocity v = 28m/s and acceleration a = 7m/s². For these inputs, you should get = (-14.2 ur - 24.0 uz)m/s and a = (-3.61 ur - 6.00uz) m/s² 0 3m (b) 6m (c) 2m (a) TP U₂ u, Ug
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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Matlab code please

Transcribed Image Text:An object is sliding down a cord, as shown. Write a program which takes the initial lengths a, b, and c,
and the initial magnitudes of velocity and acceleration as input, and outputs the velocity and
acceleration in cylindrical coordinates. The form of the output should follow that from Fig. 12-31 in your
text, which is also given below.
As a test case, let a = 2m, b = 3m, z = 6m, velocity v = 28m/s and acceleration a = = 7m/s².
For these inputs,
you should get v = (-14.2 ur - 24.0 uz)m/s and a = (-3.61 ur – 6.00uz) m/s²
O
3 m
(b)
6m (c)
2 m
(a)
0
TP
Z
ug
4
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