Forum

34 g of H2O2 is pre...
 
Notifications
Clear all

34 g of H2O2 is present in 1120 mL of solution. This solution is called

1 Posts
2 Users
0 Likes
274 Views
0
Topic starter

34 g of H2O2 is present in 1120 mL of solution. This solution is called

(a) 10 vol solution

(b) 20 vol solution

(c) 34 vol solution

(d) 32 vol solution

1 Answer
0

Correct answer: (a) 10 vol solution

Explanation:

N = \(\frac{W_2 \times 1000}{Ew_2 \times VmL}\)

= \(\frac{34 \times 1000}{17 \times 1120}\) = \(\frac{200}{12}\)

1N of H2O2 = 5.6 vol strength

\(\frac{200}{12}\)N of H2O2 = 5.6 x \(\frac{200}{12}\) 

= 10 vol strength

Share:

How Can We Help?