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kow [346]
3 years ago
14

An electrolyte can be checked to ensure that it has correct chemical composition by measuring its _____.

Chemistry
1 answer:
UNO [17]3 years ago
3 0

Answer:

specific gravity

Explanation:

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KCl and KBr are both ionic solids. A mixture of KCl and KBr has a mass of 3.595 g. When this mixture is heated in the presence o
monitta

Answer:

The percentage (by mass) of KBr in the original mixture was 33.1%.

Explanation:

The mixture of KCl and KBr has a mass of 3.595g, thus the sum of the moles of KCl (<em>x</em>) multiplied by it molar mass (74.5g/mol) and the moles of KBr (<em>y</em>) multiplied by it molar mass (119g/mol) is the total mass of the mixture:

x.74.5g/mol + y.119g/mol = 3.595g

Also, after the conversion of KBr into KCl, the total mass of 3.129 g is only from KCl moles, hence

\frac{3.129g}{74.5g/mol} = 0.042 moles

But the 0.042 moles came from the originals KCl and KBr moles, thus

x + y = 0.042moles

Now it is possible to propose a system of equations:

x.74.5g/mol + y.119g/mol = 3.595g

x + y = 0.042moles

Solving the system of equations,

x=0.032moles\\y=0.010 moles

0.010 moles of KBr multiplied it molar mass is

0.010molesx119g/mol = 1.19g

Therefore, the percentage (by mass) of KBr in the original mixture was:

\frac{1.19g}{3.595g}x100% = 33.1%%

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3 years ago
Please help quickly!
9966 [12]
Answer: c
that is the answer
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2 years ago
Drag each label to the correct location on the image identify the parts of the energy diagram
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If you would’ve attached a picture I’m sure it would’ve been a lot easier.
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True because in a solid particles dont move so it wouldn't be in a constant motion. 
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<h2><u><em>100 kcal of bond energy</em></u></h2>

<u><em></em></u>

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