1. The position vector, P, of a particle moving in a three dimensionalspaceisP=(Rcos(cat )i+Rsin cot)) j+-hstik2лDetermine its velocity and acceleration, given R = 1.2m, h = 0.75m, and w = 4T rad/s.

"v" denotes velocity "a" denotes acceleration

1. The position vector, P, of a particle moving in a three dimensional space is P=(Rcos(cat ) i+(Rsin cot))j+ -hot ik 2л Determine its velocity and acceleration, given R = 1,2m, h = 0.75m, and w = 4n rad/s.

1. The position vector, P, of a particle moving in a three dimensional space is P=(Rcos(cat ) i+(Rsin cot))j+ -hot ik 2л Determine its velocity and acceleration, given R = 1,2m, h = 0.75m, and w = 4n rad/s.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

1. The position vector, P, of a particle moving in a three dimensional
space
is
P=(Rcos(cat )i+Rsin cot)) j+
-hst
ik
2л
Determine its velocity and acceleration, given R = 1.2m, h = 0.75m, and w = 4T rad/s.

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