How does the arrangement of particles in a gas differ from the arrangements in liquids and solids?

1 answer:

3 0

The arrangement of particles in a gas is random. they have no orderly arrangement and are free to move around while the particles in solid are in an orderly and rigid arrangement and cannot move about. particles in liquid are also arranged orderly but are not rigid

You might be interested in

Which of the following chemical reactions is the only reaction shown that would be predicted to occur based on the activity seri

Novosadov [1.4K]

B. Mn + NiBr₂ → Ni + MnBr₂

Explanation:

The reaction that can be predicted of all is Mn + NiBr₂ → Ni + MnBr₂.

The activity series is used to predict the products of single displacement reactions.

The series ranks metals in order of their reactivity. Those higher up in the series are highly reactive metals. Those at the bottom are slightly to non-reactive metals.

For a single displacement reaction to occur, a metal higher up in the activity series displaces one that is lower in the series.

Reaction A will not occur, Ba is higher in the series

Reaction C will not occur, Pt and Au are unreactive

Reaction D will not occur as Zn is lower in the series

Mn is higher in the reactivity series and it will displace Ni from the solution.

Learn more:

Synthesis reaction brainly.com/question/4216541

#learnwithBrainly

7 0

3 years ago

Describe three types of POTENTIAL ENERGY

Arada [10]

There are three different forms of potential energy. The rock hanging above the ground has a form of stored energy called gravitational potential energy. This form of energy is due to the downward pull of Earth's gravity. ... When you stretch a rubber band, the elastic potential energy of the rubber band increases.

8 0

3 years ago

What is the name of the pores, or holes, on the outer layer of the sponge that take water in?

ivanzaharov [21]

The tiny holes in a sponges outer layer that take in water are called ostia, I believe. Hope it helps

7 0

4 years ago

Naturally occurring neon exists as three isotopes. 90.51% is ne-20 with a mass of 19.99 amu, 0.27% is ne-21 with a mass of 20.99

gregori [183]

The atomic mass of an element is the average relative mass of its atoms as compared with an atom of carbon-12 whose mass is taken as 12. In terms of percentages of different isotopes, the average atomic mass can be determined as follows: $A_{average}$ = ∑( $p_{i}$ X $A_{i}$ )/100. Where, $p_{i}$ is the percentage abundance of isotope with atomic number $A_{i}$ .

So, average atomic mass of neon = $\frac{(90.51 X 19.99) + (0.27 X 20.99) + (9.22 X 21.99)}{100}$ = 20.177 amu.

3 0

3 years ago

Why is it important to offer evidence to support statements about experiments?

dexar [7]

So you have evidence that the experiment is true or correct.

8 0

3 years ago