The phenomenon that best explains the miscibility of heptane in pentane is that both are non-polar compounds.
<h3>Solubility of compounds</h3>
Solubility is defined as the ability of a solute or substance to dissolve in a given solvent and at a particular temperature.
Heptane is a straight-chain alkane hydrocarbon that contains 7 carbon atoms. It is a non polar solvent.
Pentane is also a straight-chain alkane hydrocarbon that contains 5 carbon atoms. It is also a non- polar solvent.
Both pentane and heptane are non-polar because the atoms in their molecules share electrons equally. They are able to dissolve each other because they are alike.
Learn more about solubility here:
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Answer:
11.1×10^12
Explanation:
β4= K1× K2 × K3 × K4
β4= 1.90×10^4 × 3.90×10^3 × 1.00×10^3 ×1.50×102
β4=11.1×10^12
The overall formation (stability) constant β4= K1× K2 × K3 × K4. Hence the answer.
Answer:
a. "-ic"
Explanation:
The correct answer is a. "-ic".
For example:
- For HCl, the name is Hydrochloric acid. As you can see, the suffix "-ine" of the element (originally chlor<em>ine</em>) is changed to "-ic".
Following the same logic, the name for HBr is Hydrobromic acid; and the name for HI is Hydroiodic acid.
Answer:
double replacement is the answer
Solute is what gets dissovled, in this case the salt, and the solVENT is whatever a material is dissolved into, in this case the water.
