What is the density of a liquid that has a mass number of 206 g and a volume of 321 ml?

Answer 1

Density = Mass/Volume

Density = 200g/125mL

Density = 1.6g/mL

***If your instructor is checking for significant figures, then based on the numbers that you gave in the question, the answer should be 1.60g/mL.

Answer 2

1.31 g/cm3

Density is often expressed in g/cc or g/ml or g/cm3

In many cases, knowing the units, it is easiest to just do the calculations so that the units come out right.

In this case, take your weight and divide by the volume.

27.5 g / 21.0 ml and get: 1.3095 g/cm3. Round the significant figures (3), and get 1.31 g/ml.

Answer 3

Density is mass / volume. So, 206 g / 321 mL = ??? g/mL, if you need different units, then you will need to do some conversions.

Answer 4

Density is g/mL

200/125=1.63934426 g/cm^3

This would mean that it is a little heavier than water which is 1 g/cm^3

Answer 5

simple,

density=mass/volume

density=0.2kg/0.125L

density=1.6kg/L

Answer 6

Density is the mass per unit volume so is, 330/20=16.5g/ml

Answer 7

Density can be defined as mass per unit volume (mass/volume), so the density of the liquid would be 330 grams/20.0 ml = 16.5 g/ml (very dense, indeed, like Mercury).

Answer 8

The density is the ratio between mass and volume.
330/20 = 16,5; this density is strange for a liquid; probable a liquid metal.

Answer 9

Density is about 0.642 g/mL

Answer 10

density=m/v

so 42/6=7g/ml