I need help with this question please. thank you Q16. When analyzing a particle undergoing curviliear motion using the normal-tangential (n-t) coordinate system, select all the correct equations from below. Thesymbols represent:V: magnitude of the total velocity of the particle, or, speed of the particle;Vț: magnitude of the velocity of the particle in the tangential direction;Vn: magnitude of the velocity of the particle in the normal direction;a: magnitude of the total acceleration of the particle;a;: magnitude of the acceleration of the particle in the tangential direction;an: magnitude of the acceleration of the particle in the normal direction;S: distance traveled along the path;t: time;p: radius of curvature of the path;dva =dtan =Uandv%|dtdsy =dtAnv2a =Oadsvdvaf =dvatdtOa;ds = vdvIIII

Answered: Q16. When analyzing a particle…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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I need help with this question please. thank you

Q16. When analyzing a particle undergoing curviliear motion using the normal-
tangential (n-t) coordinate system, select all the correct equations from below. The
symbols represent:
V: magnitude of the total velocity of the particle, or, speed of the particle;
Vț: magnitude of the velocity of the particle in the tangential direction;
Vn: magnitude of the velocity of the particle in the normal direction;
a: magnitude of the total acceleration of the particle;
a;: magnitude of the acceleration of the particle in the tangential direction;
an: magnitude of the acceleration of the particle in the normal direction;
S: distance traveled along the path;
t: time;
p: radius of curvature of the path;
dv
a =
dt
an =
Uan
dv
%|
dt
ds
y =
dt
An
v2
a =
Oads
vdv
af =
dv
at
dt
Oa;ds = vdv
II
II

Expert Solution

Step 1

here the following option formula can be said as correct

Normal-tangential (n-t) coordinates are associated to a particle and travel with it. As a result, in n-t coordinates, there is no position vector. A typical n-t issue will either offer the exact location of the particle on a route or kinematics data from which the position may be calculated.

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