Relative density of a body on the surface of Earth is given by $R_{1}$ and the relative density of the same body on moon is given by $R_{2}$ . Then, the correct relationship between $R_{1}$ and $R_{2}$ will be .

Q. For the following reactions, the correct reaction rates

r_{1}, r_{2}, r_{1}^{'}

r_{2}^{'}

is:

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100 kg of both iron and cotton are weighed by using a spring balance on the surface of the earth. If R1and R2 are the readings shown by the balance,then:

The correct option is C R1>R2Density of cotton is much less than that of iron.Therefore, volume of cotton will be much larger.It will experience a upward fluency force by the acr in atmosphere thus, reading ofspring balance is reduced.

100 kg of both iron and cotton are weighed by using a spring balance on the surface of the earth. If $R_{1} a n d R_{2}$ are the readings shown by the balance,then:

The correct option is C $R_{1} > R_{2}$
Density of cotton is much less than that of iron.
Therefore, volume of cotton will be much larger.
It will experience a upward fluency force by the acr in atmosphere thus, reading of
spring balance is reduced.