Q3 (a) Express the position vector r=(x,y,z) into cylindrical co-ordinates(r,phi,z). Before answering the question first conceptualize position vector in both cartesian and cyndrical coordinates. (b) Use your answer to write r=(3, 2, 1) in cyndrical coordinates (c) Express the position vector r=(x,y,z) into spherical co-ordinates(r,theta,phi).Before Before answering the question first conceptualize position vector in both cartesian and spherical coordinates. (d) Use your answer to write r=(3, -2, 1) in spherical coordinates
Q3 (a) Express the position vector r=(x,y,z) into cylindrical co-ordinates(r,phi,z). Before answering the question first conceptualize position vector in both cartesian and cyndrical coordinates. (b) Use your answer to write r=(3, 2, 1) in cyndrical coordinates (c) Express the position vector r=(x,y,z) into spherical co-ordinates(r,theta,phi).Before Before answering the question first conceptualize position vector in both cartesian and spherical coordinates. (d) Use your answer to write r=(3, -2, 1) in spherical coordinates
Related questions
Question
Q3
(a) Express the position vector r=(x,y,z) into cylindrical co-ordinates(r,phi,z). Before answering the question first conceptualize position vector in both cartesian and cyndrical coordinates.
(b) Use your answer to write r=(3, 2, 1) in cyndrical coordinates
(c) Express the position vector r=(x,y,z) into spherical co-ordinates(r,theta,phi).Before Before answering the question first conceptualize position vector in both cartesian and spherical coordinates.
(d) Use your answer to write r=(3, -2, 1) in spherical coordinates
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 3 images
