Answer:
b. An Interstitial Alloy
b. a substitutional alloy
Explanation:
A homogeneous mixture is simply any mixture in which each substance is mixed such that it is indistinguishable from the others.
A simple solution consists of solvent and solute that are evenly mixed. A solute is the substance to be dissolved and the solvent is the one in which the solute is dissolved.
When some atoms of the solvent are replaced by solute atoms of a similar size, the solution is called <u>an Interstitial Alloy</u>
When atoms of the solute occupy small holes between the solvent atoms, the solution is called <u>a substitutional alloy</u>
Chlorine and strontium are all over here too though so I’m not gonna go yet but I’m not going back
Answer:
We can see that at the boiling point, both liquid and gas are in equilibrium with one another. This is true for any applied pressure and boiling point temperature combination. As a result, we see liquid-gas equilibrium for every temperature and pressure combination on the graph in Figure 13.6.
Answer:
Ethanoic or acetic acid.
Explanation:
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In this case, since the chemical formula of the compound excludes the hydrogen from the CHO form, we can infer it is a leaving group, which is likely to be bonded with an oxygen due to the high polarity of the O-H bond. In such a way, the most feasible condensed structure is:
Whereas the COOH stands for the carboxyl group; therefore the compound is ethanoic acid or acetic acid.
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