Question 6
In the relation $F = \frac{G M m}{d^{2}}$ , the quantity G

(a) depends on the value of g at the place of observation
(b) is used only when the earth is one of the two masses
(c) is greatest at the surface of the earth
(d) is universal constant of nature

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Solution

(d) is universal constant of nature

Factual information, G is the is universal constant of nature

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Q. Question 6
In the relation

F = \frac{G M m}{d^{2}}

, the quantity G

(a) depends on the value of g at the place of observation
(b) is used only when the earth is one of the two masses
(c) is greatest at the surface of the earth
(d) is universal constant of nature

In the relation $F = G \times M \times m / d^{2}$ , the quantity G:
(a) depends on the value of g at the place of observation
(b) is used only when the earth is one of the two masses
(c) is the greatest on the surface of the earth
(d) is of the same value irrespective of the place of observation

Q. Question 8
The value of quantity G in the law of gravitation

(a) depends on mass of earth only
(b) depends on radius of earth only
(c) depends on both mass and radius of earth
(d) is independent of mass and radius of the earth

The value of quantity G in the formula for gravitational force :
(a) depends on mass of the earth only
(b) depends on the radius of earth only
(c) depends on both mass and radius of earth
(d) depends neither on mass nor on radius of earth

Q. In the equation of state of an ideal gas

P V = n R T

, the value of universal gas constant would depend only on:

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Universal Law of Gravitation

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Question 6 In the relation F=GMmd2, the quantity G (a) depends on the value of g at the place of observation (b) is used only when the earth is one of the two masses (c) is greatest at the surface of the earth (d) is universal constant of nature

(d) is universal constant of nature Factual information, G is the is universal constant of nature

Question 6
In the relation $F = \frac{G M m}{d^{2}}$ , the quantity G

(a) depends on the value of g at the place of observation
(b) is used only when the earth is one of the two masses
(c) is greatest at the surface of the earth
(d) is universal constant of nature

(d) is universal constant of nature

Factual information, G is the is universal constant of nature