S1: A force exists between everybody in the universe.

P : Normally it is very small but when the one of the bodies is a planet, like earth, the force is considerable.

Q : It has been investigated by many scientists including Galileo and Newton.

R : Everything on or near the surface of the earth is attracted by the mass of earth.

S : This gravitational force depends on the mass of the bodies involved.

S6: The greater the mass, the greater is the earth's force of attraction on it. We can call this force of attraction gravity.
The Proper sequence should be:

PRQS

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PRSQ

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QSRP

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QSPR

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Solution

The correct option is D QSPR
The passage starts by describing a force. The next line should take it from here and describe about the force. Ideally a passage starts by the origin/discovery etc. This is given in Q. here the It refers to the force. Once we know that the force was studied by Galileo and Newton, we understand that we are talking about gravitational force. This is given in S. Now we are talking about the size of the bodies involved. Size is further talked about in, sentence P and remaining is R. Hence option (d) is the answer.

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Similar questions

Q. Given below is a passage that consists of six sentences. The first and sixth sentence are given in the beginning. The middle four sentences have been jumbled up. These are labelled as P Q, R and S.
Choose the logical sequence of these sentences:
S1: A force exists between everybody in the universe.
P: Normally it is very small but when one of the bodies is a planet, like earth, the force is considerable.
Q: It has been investigated by many scientists including Galileo and Newton.
R: Everything on or near the surface of the earth is attracted by the mass of earth.
S: This gravitational force depends on the mass of the bodies involved.
S6: The greater the mass, the greater is the earth's force of attraction on it. We can call this force of attraction gravity.
The proper sequence should be:

Suppose a planet exists, whose mass and radius both are half of the earth. Calculate the acceleration due to gravity on the surface of this planet.
The universal law of gravitation states that every object exerts a gravitational force of attraction on every other object. If this is true, then why don't we see the various objects in a room moving towards one another?

Q. The force with which the earth attracts a body is called its mass. True or false.

Q. Always an attractive force is acted between two bodies and this force depends upon the masses of the bodies and the distance between them. This force is:

An apple of mass 100 g falls from a tree because of gravitational attraction between the earth and the apple. If the magnitude of force exerted by the earth on the apple be $F_{1}$ and the magnitude of force exerted by the apple on the earth be $F_{2}$ , then :
(a) $F_{1}$ is very much greater than $F_{2}$
(b) $F_{2}$ is very much greater than $F_{1}$
(c) $F_{1}$ is only a little greater than $F_{2}$
(d) $F_{1}$ and $F_{2}$ are exactly equal

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