What happens to the motion between water molecules when liquid water transforms to a solid?Hydrogen bonds are broken.

Atoms in the liquid water move more slowly.

Atoms in the liquid water move more quickly.

More hydrogen bonds form between the molecules.

Answers

Answer 1

Answer: When liquid is in a solid the atoms move slower because their is less room and atoms in a liquid move faster
Hope this helped

Answer 2

Answer:

Final answer:

When water changes from a liquid to a solid, the atoms move slower and form more hydrogen bonds, giving ice its solid structure.

Explanation:

When liquid water transforms to a solid state (i.e. ice), the motion between water molecules changes. Hydrogen bonds are actually formed, not broken. Because of the decrease in temperature, atoms in the liquid water start to move more slowly, not quickly. This slower movement allows for more hydrogen bonds to form between the water molecules, which is what essentially gives ice its solid structure.

Learn more about State Change of Water here:

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Four gases are described below:Gas A: 5 liters at 20 °C
Gas B: 5 liters at 10 °C
Gas C: 5 liters at 40 °C
Gas D: 5 liters at 30 °C

Which gas has the greatest average molecular kinetic energy?

Answers

the answer would be Gas B

Answer:

Gas B: 5 liters at 10 °C

Explanation:

the warmer the container is the faster the molecules will move cause they aren't frozen and not able to move like Gas C: 5 liters at 40 °C.

Identify the spectator ions in this reaction. Check all that apply. 2H+ + CrO4– + Ba2+ + 2OH– Ba2+ + CrO4– + 2H2O H+ CrO4– Ba2+ OH– 2H2O

Answers

Answer: CrO₄⁻ and Ba²⁺

Explanation:

1) Chemical equation given:

2H⁺ + CrO₄⁻ + Ba²⁺ + 2OH⁻ → Ba²⁺ + CrO₄⁻ + 2H₂O

2) Analysis

That is an oxidation-reduction equation (some species are been oxidized and others are being reduced).

The given equation is known as total ionic equation, because it shows all the species as ions that are part of the reaction.

2) Specator ions

Spectator ions are the ions that do not change their oxidation state and are easily identified as they are the same in the reactant and product sides.

Here the ions that are the same in the reactant and product sides are:

CrO₄⁻ and Ba²⁺

3) Addtitional explanation.

Once you identify the spectator ions you can delete them from the equation to obtain the net ionic equation , which in this case turns to be:

2H⁺ + 2OH⁻ → 2H₂O

But this is not part of the question; it is some context to help you understand the use of the spectator ions concept.

Answer: B and C on the tenth question of the assignment

How many atoms of calcium are in a unit of calcium phosphate whose formula is Ca3(PO4)2?A) one C) three

B) two D) four

Answers

The correct answer is answer choice C, three. In the formula Ca3 (P O4)2, there are 3 atoms of calcium (Ca), 2 atoms of phosphorus (P), and 8 atoms of oxygen (O). You can tell this by looking at the subscripts (or numbers, in this case, since you can't type subscripts). The subscript applies to the number directly beside it. Furthermore, if you have parentheses with a number beside it, just distribute. In this problem, we have (P O4)2.

(P O4) 2 Given
P2 O8 Distribute
We now have 2 atoms of phosphorus and 8 atoms of oxygen.

This problem has decided to be nice and just ask for calcium, so we don't have to distribute. All you have to do for this problem is look at the subscript beside Ca, which is 3. Therefore, the correct answer is C.

Answer: c

Explanation:brainliest

What are the problems with studying the structure of the earth?

Answers

well we are not able to see the internal structure of the Earth directly because we can't get at it! The thinnest crust is under the oceans but even that is around 7kms thick, way deeper than we can drill. We have to use indirect methods like earthquakes, and infer the structure from the way the pressure and shear waves produced travel through the Earth.

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