Question

The density of ether is \[0.714g/ml\]. What is the mass of \[1.45L\]of ether?

Answer 1

Hint: We have to know that the mass is one of the units of the weight. The volume is one of the units of the litre. The ether is one of the functional groups in organic chemistry. The ether is nothing but oxygen is used to bond the two alkanes. The ether is functional isomers in organic chemistry.
Formula used:
Density of the solution depends on the mass of the solution and volume of the solution.
Density of the solution is defined as the ratio between the mass of the solution and the volume of the solution.
The formula of the density of the solution is given below,
\[Density = \dfrac{{mass}}{{volume}}\]

Complete answer:
The density of ether is \[0.714g/ml\].
The volume of ether is \[1.45L\].
Density of the solution is defined as the ratio between the mass of the solution and the volume of the solution.
The formula of the density of the solution is given below,
\[Density = \dfrac{{mass}}{{volume}}\]
We calculated the mass of the ether is given below,
We change the formula for our concern
 \[mass = volume \times Density\]
Now we can substitute the known values we get,
\[mass = 1.45L \times 0.714g/ml\]
On simplification we get,
\[Mass = 1035.3g\]
The mass of the ether is \[1035.3g\].
According to the above discussion and calculation, we conclude the mass of the ether is the density of ether is \[0.714g/ml\] and the volume of the ether is \[1.45L\] as \[1035.3g\].

Note:
In chemistry, the concentration of the solution is very important. The strength of the solution is very important for inhale solution and medicinal chemistry. There are different ways of representing the concentration of solutions. There are molality, molarity, normality formality, mole fraction, mass percentage, volume percentage, mass by volume and parts per million.