Question

Which factor is likely to impact the possible number of compounds? Presence of unlimited number of elements in the periodic table The inability of atoms to align perfectly with other atoms The ability of all elements to react with every other element All elements being equally reactive

Answer 1

 I think its B "The inability of atoms to align perfectly with other atoms"

Step-by-step explanation:

I tried the other persons answer, C, and it was the only question I got wrong. I checked the lesson, and it says:

"With so many combinations possible, it seems as if the number of compounds in the world is infinite. Unfortunately, the number of compounds possible is limited by three main factors.

1

There are a limited number of elements available on the periodic table to use in compounds.

2

Some elements are less reactive than others or do not react at all.

Example: some of the transition metals or noble gases.

3

Many elements are unable to react with other elements because their atoms cannot align.

Example: lithium and sodium do not react with each other."

Point #3 has our answer.

DO NOT USE THE OTHER PERSONS ANSWER, ITS WRONG.

Answer 2

Answer: Option (c) is the correct answer.

Step-by-step explanation:

A substance in which two or more elements are chemically bonded together results in the formation of a compound.

A compound is a pure substance as it contains element which are in their pure state.

A compound is formed when elements react with each other on the basis of their reactivity.

For example,
`Na^(+) + Cl^(-) \rightarrow NaCl`

Sodium has one extra electron whereas chlorine has deficiency of one electrons. Therefore, chlorine readily react with sodium in order to attain stability. Hence, it will form sodium chloride compound.

Thus, we can conclude that the ability of all elements to react with every other element is the factor that is likely to impact the possible number of compounds.