A very large quantity of mixture contains tiny particles of three different substances X, Y, and Z. They are of the same size, cubical in. shape and yellow in color. X particles are very heavy, insoluble, non-magnetic and contribute $50 %$ of the mixture. Y particles are very light, insoluble, non-magnetic and contribute $40 %$ of the mixture. And Z particles are actually iron pieces.
In the above question which method can be employed to separate X and Y?

Distillation

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Decantation

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Centrifugation

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

None of these

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Open in App

Solution

The correct option is C Centrifugation
The particle X and Y are having same size, shape and colour but they are having different masses, X particles are very heavy and Y particles are very light, so based on this we can separate X and Y by the process of Centrifugation.

Suggest Corrections

Similar questions

Q. A very large quantity of mixture contains tiny particles of three different substances X, Y, and Z. They are of the same size, cubical in. shape and yellow in color. X particles are very heavy, insoluble, non-magnetic and contribute

50 %

of the mixture. Y particles are very light, insoluble, non-magnetic and contribute

40 %

of the mixture. And Z particles are actually iron pieces. Which of the following methods can separate X, Y, and Z in the fastest manner?

A very large quantity of mixture contains tiny particles of three different substances X, Y, and Z. They are of the same size, cubical in shape and yellow in colour. X particles are very heavy, insoluble, non-magnetic and contribute to 50% of the mixture. Y particles are very light, insoluble, non-magnetic and contribute to 40% of the mixture. And Z particles are actually iron pieces. Which of the following methods can separate X, Y more efficiently?

A mixture contains three different substances, X, Y and Z. They are of the same size, cubical in shape and yellow in colour. X particles are very heavy, insoluble, non-magnetic and contribute $50 %$ of the mixture. Y particles are very light, insoluble, non-magnetic and contribute $40 %$ of the mixture.
And Z particles are iron pieces. Which of the following methods can separate X, Y and Z?

A mixture contains three different substances, $X, Y$ and $Z$ . They are of the same size, cubical in shape and yellow in colour.
$X$ particles are heavy, insoluble, non-magnetic and contribute $50 %$ of the mixture.
$Y$ particles are very light, insoluble, non-magnetic and contribute $40 %$ of the mixture.
And $Z$ particles are iron pieces.
Which of the following methods can separate $X, Y$ and $Z$ ?

A mixture contains three different particles X, Y and Z. Characteristics of X, Y and Z are given below:
$\begin{matrix} X & Y & Z Very heavy particles & Heavy particles & Very light particles Non-magnetic & Magnetic & Non-magnetic \end{matrix}$ Which among the combination of methods should be used in order to obtain particles X from the given mixture?

Join BYJU'S Learning Program

The correct option is C CentrifugationThe particle X and Y are having same size, shape and colour but they are having different masses, X particles are very heavy and Y particles are very light, so based on this we can separate X and Y by the process of Centrifugation.

The correct option is C Centrifugation
The particle X and Y are having same size, shape and colour but they are having different masses, X particles are very heavy and Y particles are very light, so based on this we can separate X and Y by the process of Centrifugation.