Question

a) In steam, the distance between the molecules is ____ the distance between the molecules in water.
b) In steam, the forces between the molecules are____ the forces between the molecules in water.
c) In water, the mass of one molecule is____ the mass of one molecule in steam.
Word use: larger than, the same as, smaller than
You may use them once, more than once, or not at all.

Answer 1

Answer:

The students are all water molecules and will change between three different states of matter: solid (ice), liquid (water) and gas (steam). When they are ice, they have to all hold hands in a large group and stop moving. ... When they are steam, they have to run around fast on their own and fill the 'volume' of the gym.

Solid water, or ice, is less dense than liquid water. Ice is less dense than water because the orientation of hydrogen bonds causes molecules to push farther apart, which lowers the density.

As water boils, its hydrogen bonds are broken. Steam particles move very far apart and fast, so barely any hydrogen bonds have the time to form. So, less and less hydrogen bonds are present as the particles reach the critical point above steam.

Explanation:

Water illustrates the three states of matter: solid (ice), gas (steam), and liquid (water).

Answer 2

A) larger than, b) smaller than, c) the same as are the answers.

Explanation:

• The students are all water molecules and could change among 3 different states of matter solid (ice), liquid (water), and gas (steam).
• When they may be ice, they should all maintain hands in a big organization and forestall moving.
• When they may be steam, they should run round rapid on their very own and fill the ‘volume’ of the gym.
• Ice is much less dense than water due to the fact the orientation of hydrogen bonds reasons molecules to push farther aside, which lowers the density.
• As the water boils, its hydrogen bonds are broken. Steam debris circulates very some distance aside and rapidly, so slightly any hydrogen bonds have the time to form.
• So, fewer and fewer hydrogen bonds are present because the debris attains the important factor above the steam.
• Water illustrates the 3 states of matter: solid (ice), gas (steam), and liquid (water).

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