The polar isopropanol molecules are attracted to
the polar water molecules at the surface of the
water.
The water molecules spread evenly throughout the
solution.
The water molecules are carried into the solution.
The isopropanol molecules surround the water
molecules.

When water (H2O) is added to liquid isopropanol to form a solution, then polar isopropanol molecules are attracted to polar water molecules at the surface of the water. It forms a solution of rubbing alcohol.

Isopropanol and water in the solution

Isopropyl alcohol is water-soluble and forms hydrogen bonds with molecules of water (H2O).

When H2O is added to liquid isopropanol to form a solution, H2O spread in a uniform way in the solution.

These isopropanol molecules can surround H2O molecules, which are carried into the solution.

Learn more about isopropyl alcohol here:

https://brainly.com/question/799124

Lopezmerazmoisesgo Lopezmerazmoisesgo · Answer 2

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Answer:

1, 4, 3, 2

Explanation:

on edge = The polar isopropanol molecules are attracted to the polar water molecules at the surface of the water.

✔ 1

The water molecules spread evenly throughout the solution.

✔ 4

The water molecules are carried into the solution.

✔ 3

The isopropanol molecules surround the water molecules.

✔ 2

Answer Link

The polar isopropanol molecules are attracted to the polar water molecules at the surface of the water. The water molecules spread evenly throughout the solution. The water molecules are carried into the solution. The isopropanol molecules surround the water molecules.

Answer :

Isopropanol and water in the solution

Go Teaching: Other Questions

The polar isopropanol molecules are attracted to
the polar water molecules at the surface of the
water.
The water molecules spread evenly throughout the
solution.
The water molecules are carried into the solution.
The isopropanol molecules surround the water
molecules.