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The answer is:
carboxylate
and protonated amines
The explanation:
when
The Carboxylic acids are polar . and the functional group carboxyl is formed from the hydroxyl and carbonyl group.
and about protonated amines:
-alkyl groups improve the basicity, aryl groups diminish it.
-Primary amides have an aromatic group or alkyl attached to an amino-carbonyl function.
- Primary amines are basic functions which could be protonated to the ammonium ion
Answer:
Solution with 35.0 g of
in 250.0 g of ethanol will have lowest freezing point
Explanation:

where,
=depression in freezing point =
= freezing point constant
m = molality
As we can see that higher the molality of the solution more will depression in freezing point of the solution and hence lower will the freezing point of solution.

A. 35.0 g of
in 250.0 g of ethanol.
Moles of
=
Mass of solvent i.e. ethanol = 250.0 g = 0.25 kg (1 g = 0.001 kg)

B. 35.0 g of
in 250.0 g of ethanol
Moles of 
![=[tex]\frac{35.0 g}{74 g/mol}=0.4730 mol](https://tex.z-dn.net/?f=%3D%5Btex%5D%5Cfrac%7B35.0%20g%7D%7B74%20g%2Fmol%7D%3D0.4730%20mol)
Mass of solvent i.e. ethanol = 250.0 g = 0.25 kg (1 g = 0.001 kg)

C. 35.0 g of
in 250.0 g of ethanol
Moles of
=
Mass of solvent i.e. ethanol = 250.0 g = 0.25 kg (1 g = 0.001 kg)


Solution with 35.0 g of
in 250.0 g of ethanol will have lowest freezing point
Answer:
Explanation:
white ring of NH₄X is formed . Here X is Cl and
NH₄X is NH₄Cl ( ammonium chloride )
The reaction is as follows
NH₃ + HCl = NH₄Cl ( white fume )