In: Chemistry
what volume mL of 2.00M sulfuric acid is required to react completely with 0.3403 of copper (II) oxide
Solution:
Assuming the question asks to determine the following:
Q. What volume (mL) of 2.00 M sulfuric acid is required to react completely with 0.3403 moles of copper (II) oxide?
Answer:
Answer to the above question would be the following:
Step - 1:
The Balanced chemical equation would be the following:
CuO + H2SO4 = CuSO4 + H2O ............................ (Equation - 1 )
Step - 2:
From above Equation - 1 we get, 1 mole H2SO4 reacts completely with 1 mole CuO ............
Step - 3:
From Equation - 1, we get to know, the following:
i.e. 0.3403 moles of H2SO4 will be required to react completely with 0.3403 moles of copper(II) oxide, i.e. CuO.....
Moles of H2SO4 required = 0.3403 moles
Step - 4:
Let's assume Volume of H2SO4 required = V1(mL)
Therefore, ...... since we know:
1 Liter = 1000 mL ....and 1.0 M = 1.0 mole/L = 1.0 mole / 1000 mL ....
We get the following.......
(V1 ) x ( 2.00 mole/ 1000 mL ) = 0.3403 moles of H2SO4
V1 = [ (0.3403 mole) x ( 1000 mL) ] / 2.00 mole
V1 = 170.15 mL
Therefore we get our Answer as below:
Volume of H2SO4 required (mL) = V1 = 170.15 mL (Answer)