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Every second, 4.0 × 10²³ nitrogen molecules, each of… | StemPy Lab
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Every second, 4.0 × 10²³ nitrogen molecules, each of mass 4.7 × 10⁻²⁶ kg, strike 1.0 cm² of a wall head on at 520 m/s and rebound with the same speed. What pressure do they exert?
Physics
Hard
High School (11–12)
Heat & Thermodynamics › Kinetic Theory of Gases
JEE Main
Created by
StemPy Lab
Every second,
4.0
×
10
23
4.0 \times 10^{23}
4.0
×
1
0
23
nitrogen molecules, each of mass
4.7
×
10
−
26
4.7 \times 10^{-26}
4.7
×
1
0
−
26
kg, strike
1.0
cm
2
1.0\ \text{cm}^2
1.0
cm
2
of a wall head on at
520
520
520
m/s and rebound with the same speed. What pressure do they exert?
19.6
Pa
19.6\ \text{Pa}
19.6
Pa
1.96
×
10
3
Pa
1.96 \times 10^{3}\ \text{Pa}
1.96
×
1
0
3
Pa
9.78
×
10
4
Pa
9.78 \times 10^{4}\ \text{Pa}
9.78
×
1
0
4
Pa
1.96
×
10
5
Pa
1.96 \times 10^{5}\ \text{Pa}
1.96
×
1
0
5
Pa
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← 0.70 mol of nitrogen is at 260 K. What is the total translational kinetic energy of its molecules?
Two speed-distribution curves belong to the same gas. Curve P peaks at 310 m/s and curve Q peaks at 620 m/s. Which is right? →
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Heat & Thermodynamics › Kinetic Theory of Gases
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