How much mass (approximately) of a body one can hold, when a force of 1N is applied on it ?

100 mg

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100 g

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1 kg

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10 kg

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Solution

The correct option is B 100 g
$W e i g h t (W) = m \times g$
Now it is givent that $W = 1 N$ and we know that $g = 10 m / s^{2}$ (approximately)
$\Rightarrow m = W / g = 1 / 10 = 0.1 k g = 100 g$

Hence correct answer is option $B$

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How much mass (approximately) of a body one can hold, when a force of 1N is applied on it ?

The correct option is B 100 gWeight(W)=m×gNow it is givent that W=1N and we know that g=10m/s2(approximately) ⇒m=W/g=1/10=0.1kg=100gHence correct answer is option B

The correct option is B 100 g
$W e i g h t (W) = m \times g$
Now it is givent that $W = 1 N$ and we know that $g = 10 m / s^{2}$ (approximately)
$\Rightarrow m = W / g = 1 / 10 = 0.1 k g = 100 g$

Hence correct answer is option $B$