Question

A block of silver displaces 200ml of water in a measuring cylinder if the density of silver is 10300kgmraised to the power-3 find the mass of the block

Answer 1

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A block of silver displaces 200ml of water in a measuring cylinder. if the density of silver is 10300 kg/m³ , find the mass of a block.

Find-Mass of the block

$\boxed{\rm{\orange{SoLution \longrightarrow }}}$

$\boxed{\sf{density = \dfrac{mass} {volume}}}$

Firstly change ml to m³

$\sf{200 mL = 0.2 L= 2 \times 10^{-4} m^3}$

Now put the value of density and volume in the formula

$\sf{\implies mass = \dfrac{10300}{2\times 10^{-4} }}$

$\sf{Mass = 2.06 \ kg}$

$\bf{\pink{\underline{\bigstar \therefore Mass \ of \ the \ block = 2.06 kg\bigstar}}}$

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Answer 2

Answer:

hey buddy answer is

Explanation:

3

ml change into m

200 ml = 0.2 l

-4 3

= 2× 10 m

mass

density = ----------

volume

10300

mass = -------------

-4

2× 10

=2.06 kg

The mass of the block is 2.06 kgs

hope it's help you mate