the smallest particle of an element that retains the chemical identity of that element is a/an?

Question

A. compound
B. Mixture
C. molecule
D. atom

Answer 1

atom

Answer 2

definitely atom...becuase the chemical identity of an element depends on what differentiates them. The diference from one element to the next is the number of protons

A) Compound - since we're talking about the smallest particle of an element, compound is out of question

B) MIxture - again, something more complex than an element, several elements.

C) molecule - a molecule can be an element, but it is formed from more than one atom and since we're looking for the smallest particle we look even smaller..

Subatomic particles are out of the question because they have thier own identities and each behaves the same way in all elements, its thier numbers that counts. the proton number is what counts, it determines the properties of the element.

If we're talking about the properties of compounds then it gets much more complicated. We have to take into consideration the bond types, empty orbitals, blah blah....

Answer 3

Your question is incredibly confusing. Smallest particle of an ingredient? And chemical identities are brought about greater by molecules than atoms. yet i assume your answer may be D, despite if the question is improperly written. EDIT: additionally, chemical identification is deceptive. Do you advise the chemical residences? Or the reality which you will factor at particle and become conscious of it?

Answer 4

Non of the above. If you want to get technical about this then you would be going to sub atomic particles, which are also called quarks, and even smaller than that there are scientists who talk about string theory. I think your list is non sceintific sence. But depending on the element there are some names of quarks which have similar names to elements.

Answer 5

go on then an atom

Answer 6

d atom

Answer 7

atom

Answer 8

atom

Answer 9

D/. an atom.

Answer 10

d. atom