Answer:
1,031 revs.
Explanation:
Using angular motion equation,
s = 2π*r*n
Where,
s = length or distance covered
r = radius of the circle
n = number of turns/revolutions
2πrn1 = 2πrn2
Therefore,
r2n2 = r1n1
r2n2 = r1n1
n2 = r1n1 / r2
n2 = (1.20 * 292) / 0.340
= 1,030.588 revs
= 1,031 revs.