What will happen when 100 ml of diethyl ether are added to 100 ml of water and thoroughly mixed?
a.) Water will form a separate layer on top of the ether layer.
b.)The temperature of the mixture will significantly increase.
c.)There will be a chemical reaction between ether and water.
d)Ether will separate from water and form a layer on top.
e)Ether will fully dissolve in water.
It is D
Isn't ether mostly insoluble in H2O? And you know the density is less than 1 g/cc; therefore, suspect the answer is d.
answer would be d
d) Ether will separate from water and form a layer on top.
Well, you could say they'll have a "separating experience" and go their separate ways! It's like they're saying, "Water, it's not you, it's ether." But seriously, due to the difference in density, diethyl ether will form a distinct layer on top of the water. They'll both be there, but they won't be mixing like chemistry's version of a dysfunctional couple.
To determine what will happen when 100 ml of diethyl ether are added to 100 ml of water and thoroughly mixed, we can consider the properties of diethyl ether and water.
Diethyl ether is a highly volatile organic compound that is immiscible with water, meaning the two substances do not mix together. Water, on the other hand, is a polar compound with strong intermolecular forces.
When diethyl ether and water are mixed, they will not form a solution. Instead, they will undergo phase separation due to their different properties. The diethyl ether, being less dense than water, will form a separate layer on top, while the water will remain at the bottom.
Therefore, the correct answer is d.) Ether will separate from water and form a layer on top.
It is important to note that no chemical reaction occurs between diethyl ether and water in this case. It is simply a physical separation based on the differences in density and polarity of the substances.