What volume would a MASS of $3.60 \cdot g$ $3.60*g$ hydrogen gas occupy under standard conditions?

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What volume would a MASS of $3.60 \cdot g$ $3.60*g$ hydrogen gas occupy under standard conditions?

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Answer 1 · 2017-02-20T14:37:48

Well, you know that $1 \cdot m o l$ $1*mol$ of $Ideal gas$ $"Ideal gas"$ occupies $22.14 \cdot L$ $22.14*L$ at $STP..........$ $"STP.........."$

Explanation:

Of course, you have $\frac{3.60 \cdot g}{2.02 \cdot g \cdot m o l^{- 1}} ≅ 2 \cdot m o l$ $(3.60*g)/(2.02*g*mol^-1)~=2*mol$ of $dihydrogen gas$ $"dihydrogen gas"$ . This molar quantity would occupy $44.2 \cdot L$ $44.2*L$ under the given conditions, in that dihydrogen APPROXIMATES the behaviour of an ideal gas. Can you provide a better estimate?

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What volume would a MASS of $3.60 \cdot g$ $3.60*g$ hydrogen gas occupy under standard conditions?

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Science

Math

Humanities

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What volume would a MASS of 3.60⋅g3.60*g hydrogen gas occupy under standard conditions?

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Explanation:

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What volume would a MASS of $3.60 \cdot g$ $3.60*g$ hydrogen gas occupy under standard conditions?