The volume strength of 3 solution (w/v) of h2o2 is
Answers
Answer:
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Answer:
Volume strength of is 9.856.
Explanation:
Volume strength of is defined as the amount of released.
Strength of any solution can be calculated as:
Strength = Normality × Equivalent weight
Normality is calculated as:
We are given 3% (w/v) solution of which means that 3 grams of hydrogen peroxide is present in 100 mL of solution.
Equivalent mass of
Normality = 29.92 eq/L
Now, 3 gram of gives 22400mL of at STP
So, (1.76×17)g of will give
= 9856mL of at STP
But, (1.76×17)g of is present in 100mL of solution.
Therefore, 1000mL of solution gives 9856mL of at STP.
1mL of will give
= 9.856mL of at STP.
Hence, the volume strength of 1.76N of solution is 9.856 volume.
Answer:
pls mark brainliest
Answer:
Volume strength of is 9.856.
Explanation:
Volume strength of is defined as the amount of released.
Strength of any solution can be calculated as:
Strength = Normality × Equivalent weight
Normality is calculated as:
We are given 3% (w/v) solution of which means that 3 grams of hydrogen peroxide is present in 100 mL of solution.
Equivalent mass of
Normality = 29.92 eq/L
Now, 3 gram of gives 22400mL of at STP
So, (1.76×17)g of will give
= 9856mL of at STP
But, (1.76×17)g of is present in 100mL of solution.
Therefore, 1000mL of solution gives 9856mL of at STP.
1mL of will give
= 9.856mL of at STP.
Hence, the volume strength of 1.76N of solution is 9.856 volume.
Explanation: