Milk has a density of 1-03- g-ml at 25- C nbsp-and 1 -atm- pressure- Calculate the mass of 1- litre of milk-0-030 -g-1-030 -g-0-030- kg-1-030 -kg-

The correct option is D 1.030 kg Density = mass/ volume So, mass = density × volume Given: Density of milk = 1.03 g/ml nbsp; Volume of milk = 1 litre ...

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Standard VIII

Physics

Density

Milk has a de...

Question

Milk has a density of $1.03 g / m l$ at $25^{\circ} C$ and $1 a t m p r e s s u r e$ . Calculate the mass of $1 l i t r e$ of milk.

$0.030 g$

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$1.030 g$

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$0.030 k g$

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$1.030 k g$

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Solution

The correct option is D
$1.030 k g$

$D e n s i t y = \frac{m a s s}{v o l u m e}$

$So, mass = density \times volume$

Given:
Density of milk = $1.03 g / m l$
Volume of milk = $1 l i t r e$
$1 litre = 1000 ml$
Hence, mass $= 1.03 g / m l \times 1000 m l$
$= 1030 g = 1.030 k g$
$∴$ Mass of milk = $1.030 k g$

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Milk has a density of 1.03 g/ml at 25∘C and 1 atm pressure. Calculate the mass of 1 litre of milk.

The correct option is D 1.030 kg Density = massvolume So, mass = density × volume Given: Density of milk = 1.03 g/ml Volume of milk = 1 litre 1 litre = 1000 ml Hence, mass =1.03 g/ml×1000 ml =1030 g=1.030 kg ∴Mass of milk = 1.030 kg

Milk has a density of $1.03 g / m l$ at $25^{\circ} C$ and $1 a t m p r e s s u r e$ . Calculate the mass of $1 l i t r e$ of milk.