calculate the volume occupied by 53.5 g of cl2
Answers
Answered by
61
Hi.
Here is your answer---
_____________________
Molecular Mass of Chlorine = 71 grams
We know,
71 grams of Cl2 occupies a volume of 22.4 liter.
Thus, 1 grams-----------------------------------------22.4/71 liter.
Therefore,53.5 grams-------------------------------------(22.4/71) × 53.5 liter.
= 16.88 liter.
Thus, the volume occupied by the 53.5 grams of Chlorine is 16.88 grams.
__________________
Hope it helps.
Have a nice day.
Here is your answer---
_____________________
Molecular Mass of Chlorine = 71 grams
We know,
71 grams of Cl2 occupies a volume of 22.4 liter.
Thus, 1 grams-----------------------------------------22.4/71 liter.
Therefore,53.5 grams-------------------------------------(22.4/71) × 53.5 liter.
= 16.88 liter.
Thus, the volume occupied by the 53.5 grams of Chlorine is 16.88 grams.
__________________
Hope it helps.
Have a nice day.
Answered by
13
At.s.t.p volume occupied by.
Cl2 =35.2 x 2 = 71g mol-1
71g of Cl2 at STP has mass = 22.4 lits.
∴ Vol. occupied by 53.5 g of Cl2
= 22.4 x 53.5/71.
= 1198.40/71.
= 16.87 lits.
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