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4 grams of H2 (hydrogen) is diffused through a small hole in 5 sec at 1 atm pressure.The amount of oxygen diffused in the same interval of time at 1.5 atm and same temperatuure will be_____ 4 grams of H2 (hydrogen) is diffused through a small hole in 5 sec at 1 atm pressure.The amount of oxygen diffused in the same interval of time at 1.5 atm and same temperatuure will be_____
4 grams of H2 (hydrogen) is diffused through a small hole in 5 sec at 1 atm pressure.The amount of oxygen diffused in the same interval of time at 1.5 atm and same temperatuure will be_____
Let gas 1 be H2. Gas 2 is O2 (R1/R2)=(P1/P2)*(sqroot(m2/m1))=(n1/n2) => (P1/P2)*(sqroot(m2/m1))=(n1/n2) => (1/1.5)*(sqroot(32/2))=(2/n2) => (2/3)*(4)=(2/n2) => (n2)= 8/6 moles = 4/3 moles => Weight = 32*4/3 = 128/3 grams R1 - Rate of diffusion of gas 1. M1 - Molecular Weight of gas 1. n1 - No. of moles of gas 1. I am new to this forum. Please approve if you find this helpful.
Let gas 1 be H2. Gas 2 is O2
(R1/R2)=(P1/P2)*(sqroot(m2/m1))=(n1/n2)
=> (P1/P2)*(sqroot(m2/m1))=(n1/n2)
=> (1/1.5)*(sqroot(32/2))=(2/n2)
=> (2/3)*(4)=(2/n2)
=> (n2)= 8/6 moles = 4/3 moles
=> Weight = 32*4/3 = 128/3 grams
R1 - Rate of diffusion of gas 1.
M1 - Molecular Weight of gas 1.
n1 - No. of moles of gas 1.
I am new to this forum. Please approve if you find this helpful.
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