The formula for density is given by p=m/v, where p is density, m is mass and v is volume. If a substance has a mass of 27.82 grams and a volume of 3.6 ml, what is the most accurate density of the substance in g/ ml?
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Answered by
10
Given in the Question,
Mass of the substances = 27.82 grams.
Volume of the substances = 3.6 ml.
Given Formula, ρ = m/V
Now, Using the Formula,
Density = Mass/Volume
Therefore, We have,
Density(ρ) = 27.82/3.6
Density(ρ) = 7.73 g/ml
Hence, the density of the substances is 7.73 g/ml.
Hope it helps.
Mass of the substances = 27.82 grams.
Volume of the substances = 3.6 ml.
Given Formula, ρ = m/V
Now, Using the Formula,
Density = Mass/Volume
Therefore, We have,
Density(ρ) = 27.82/3.6
Density(ρ) = 7.73 g/ml
Hence, the density of the substances is 7.73 g/ml.
Hope it helps.
Answered by
9
Given:
Mass of the substance = 27.82 gms
Volume = 3.6 ml
Density of the substance
= Mass / Volume
= 27.82 / 3.6
= 2782 / 36 ×10
= 1391/18×10
= 77.277/10
= 7.7277 gm/ ml
I hope this answer helps you
Mass of the substance = 27.82 gms
Volume = 3.6 ml
Density of the substance
= Mass / Volume
= 27.82 / 3.6
= 2782 / 36 ×10
= 1391/18×10
= 77.277/10
= 7.7277 gm/ ml
I hope this answer helps you
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