MolSynapse
question bank
All chapters
NEET
JEE
Practice
MolSynapse
/
Question bank
/
Gaseous State: Ideal Gases
/
Dalton's law and mixtures of gases
JEE Main level
Numerical answer
Difficulty 2 of 3
ig192
A vessel contains
0.50
mol
H
X
2
,
0.25
mol
O
X
2
and
0.25
mol
N
X
2
at a total pressure of
1200
mm
Hg
. The partial pressure of
H
X
2
in mm Hg (nearest integer) is
Numerical answer type, answer in mm Hg, tolerance 1.
Answer: 600 mm Hg
x
H
X
2
=
0.50/1.00
=
0.50
.
p
H
X
2
=
0.50
×
1200
=
600
mm
Hg
.
Practice Gaseous State: Ideal Gases
More on Dalton's law and mixtures of gases
Previous question
Next question
More questions on Dalton's law and mixtures of gases
0.5 mol of He and 1.5 mol of Ne are placed in a vessel at 300 K and the total pressure is 4 atm. If He is removed, keeping T and V constant,...
JEE Main level
A 1 L flask contains O2 at 1 atm and a 2 L flask contains N2 at 0.5 atm, both at 300 K. After the flasks are connected, the mole fraction of...
JEE Main level
A 5.0 L vessel at 273 K contains 1.0 g H2, 8.0 g O2 and 7.0 g N2. Taking R = 0.0821 L atm K^-1 mol^-1, the total pressure in atm (two decima...
JEE Main level
A 4.0 L vessel contains He at 300 K and 2.0 atm. 0.10 mol of N2 is added at the same temperature. Taking R = 0.0821 L atm K^-1 mol^-1, the f...
JEE Advanced level
300 mL of N2 is collected over water at 25 degC and 755 mm Hg. The aqueous tension at 25 degC is 25 mm Hg. The volume of dry N2 at STP (273 ...
JEE Advanced level
A closed vessel contains equal masses of H2 (2), He (4) and CH4 (16) at the same temperature. Which statements are correct?
JEE Advanced level