Last Updated On 16-03-2023 - By Jeesha Sara
A particle in moving along a circular path with a constant speed of 10 ms−1. What is the magnitude of the change is velocity of the particle, when it moves through an angle of 600 around the centre of the circle?
(a)
Zero
(b)
10 m/s
(c)
10
m/s
(d)
10
m/s
A particle in moving along a circular path with a constant speed of 10 ms−1. What is the magnitude of the change is velocity of the particle, when it moves through an angle of 600 around the centre of the circle?
(a)
Zero
(b)
10 m/s
(c)
10m/s
(d)
10m/s
Question ID - 50289 :-
A particle in moving along a circular path with a constant speed of 10 ms−1. What is the magnitude of the change is velocity of the particle, when it moves through an angle of 600 around the centre of the circle?
(a)
Zero
(b)
10 m/s
(c)
10m/s
(d)
10m/s
|
A particle in moving along a circular path with a constant speed of 10 ms−1. What is the magnitude of the change is velocity of the particle, when it moves through an angle of 600 around the centre of the circle? |
|||
|
(a) |
Zero |
(b) |
10 m/s |
|
(c) |
10 |
(d) |
10 |
=
since [|
Next Question :
|
A hydrogen atom, initially in the ground state is excited by absorbing a photon of wavelength 980 |
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|
(a) |
9a0 |
(b) |
25a0 |
|
(c) |
4a0 |
(d) |
16a0 |
. The radius of the atom in the excited state, it terms of Bohr radius a0, will be: (hc= 12500 eV 
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