Physics, asked by onlyhauntedblood, 7 months ago

7. A point charge q is whirled in a circle at a
constant angular velocity of W rad s-1. The
current through a small area across a point on
the circumference is
2πη
a) qo b)
qw
c)
d)
w
21

Answers

Answered by wipronreddy

1

Answer:

d is your answer...

Previous Question

Next Question

Similar questions

Computer Science, 3 months ago

what happens if you select a cell with letter or number and press ctrl+2?

English, 3 months ago

Hlo plz answer my this question if you know then only dare to answer this question other wise don't answer Insert articles were they are needed in the following sentences. (1) Doctor has large practice. (2) many man has died at sea. (3)Boys are determined to make most of their time. (4)Umbrella is of no avail against heavy downpour.

English, 3 months ago

underline the adverb in these sentence 2. She was talking rather loudly. 3. I am sure he will perform brilliantly at the show.

Math, 7 months ago

5. The idea of - helps us to find rational numbers between two rational numbers. * mode median mean zero ...

Math, 7 months ago

11. The product of two rational numbers is always (d) Less than x but greater than y (a) Positive (b) Negative (e) Both (a) and (b) (d) None of these 12. Which of the following statement is folo...

Biology, 10 months ago

the longest pollen tube is found in- a. wheat b. maize c. barley d. rice plz tell me soon...

History, 10 months ago

During the American Revolution, why did many African-American slaves fight for the British and against the colonists? A. African-American slaves sided with the British because the colonists had excluded slave rights from the Declaration of Independence and the Paris Peace Treaty. B. African-American slaves defected to the British after their “masters” forced them to serve in separate “black”...

Physics, 10 months ago

Velocity-Time equation of a particle moving in a straight line is $v = 2t - 4$ for $t \leqslant 2s$ and $v = 4 - 2t$ for $t > 2s$ . The distance traveled by the particle in the time interval from $t = 0$ to $t = 4$ is (Here, t is in second and v in m/s): (a) 12 m (b) 16 m (c) 4 m (d) 8 m ...