Question

A particle is dropped vertically from rest, from a
height. The time taken by it to fall through
successive distance of 1 km each will then be-
(CEEE(HAR.)-1996)
2.
(1) all equal, being equal to second
g
(2) in the ratio of the square roots of the integers 1.39
1:15:13
(3) in the ratio of the difference in the square
roots of the integers
i.e., VI, (12-VI), (13-2), (14 - 13)....
(4) in the ratio of the reciprocals of the square
1 1 1
roots of the integers, i.e.,
Vi23
0.40​

Answer 1

Explanation:

iiiA particle is dropped vertically from rest, from a

height. The time taken by it to fall through

successive distance of 1 km each will then be-

(CEEE(HAR.)-1996)

2.

(1) all equal, being equal to second

g

(2) in the ratio of the square roots of the integers 1.39

1:15:13

(3) in the ratio of the difference in the square

roots of the integers

i.e., VI, (12-VI), (13-2), (14 - 13)....

(4) in the ratio of the reciprocals of the square

1 1 1

roots of the integers, i.e.,

Vi23

0.40