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Quiz

Lesson 2 – Charles Law, Gay-Lussac Law, and the General Gas Law — Picture questions (exam style)

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  • Questions count: 36
  • Passing grade: 60%
Start Quiz
1.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 1200 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 1200 K, same pressure, what is the volume?
58.4 L
32 L
24 L
2.67 L
2.
The table gives two states of the same gas sample. Find the unknown volume.
The table gives two states of the same gas sample. Find the unknown volume.
1.5 L
2 L
8 L
7.06 L
3.
A water manometer is connected to a gas tank; atmospheric pressure 75 cmHg; level difference 15 cm (open limb higher). Which option is correct? (ρHg = 13600, g = 9.8)
A water manometer is connected to a gas tank; atmospheric pressure 75 cmHg; level difference 15 cm (open limb higher). Which option is correct? (ρHg = 13600, g = 9.8)
gas pressure = 279 cmHg, gas pressure ≈ 1.999e+04 Pa
gas pressure = 76.1 cmHg, gas pressure ≈ 1.014e+05 Pa
gas pressure = 279 cmHg, gas pressure ≈ 1.014e+05 Pa
gas pressure = 279 cmHg, gas pressure ≈ 1.116e+05 Pa
4.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 175 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 175 K, same pressure, what is the volume?
2 L
8 L
6 L
-5.09 L
5.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 3 atm, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 3 atm, what is the volume?
2 L
18 L
6 L
0.667 L
6.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 1.5 atm, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 1.5 atm, what is the volume?
0.889 L
1.33 L
2 L
3 L
7.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 6 atm, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 6 atm, what is the volume?
0.444 L
4 L
1.33 L
12 L
8.
A mercury manometer is connected to a gas tank; atmospheric pressure 75 cmHg; level difference 20 cm (open limb lower). Which option is correct? (ρHg = 13600, g = 9.8)
A mercury manometer is connected to a gas tank; atmospheric pressure 75 cmHg; level difference 20 cm (open limb lower). Which option is correct? (ρHg = 13600, g = 9.8)
gas pressure = 55 cmHg, gas pressure ≈ 2.666e+04 Pa
gas pressure = 55 cmHg, gas pressure ≈ 7.33e+04 Pa
gas pressure = -20 cmHg, gas pressure ≈ 7.33e+04 Pa
gas pressure = 95 cmHg, gas pressure ≈ 8.063e+04 Pa
9.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 200 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 200 K, same volume, what is the pressure?
2 atm
0.375 atm
3 atm
0.75 atm
10.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 0.75 atm, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 0.75 atm, what is the volume?
32 L
8 L
4 L
16 L
11.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 600 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 600 K, same volume, what is the pressure?
0.667 atm
1.5 atm
2.25 atm
2.5 atm
12.
The table gives two states of the same gas sample. Find the unknown volume.
The table gives two states of the same gas sample. Find the unknown volume.
2 L
6.86 L
1.71 L
0.701 L
13.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 136.5 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 136.5 K, same pressure, what is the volume?
3 L
4 L
6 L
1 L
14.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 4.5 atm, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). If the pressure becomes 4.5 atm, what is the volume?
0.667 L
18 L
2 L
6 L
15.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 700 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 700 K, same pressure, what is the volume?
33.3 L
12 L
3 L
18 L
16.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 700 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 700 K, same volume, what is the pressure?
3 atm
0.75 atm
3.5 atm
6 atm
17.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 200 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 200 K, same pressure, what is the volume?
6 L
8 L
-2.3 L
2 L
18.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 525 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 525 K, same pressure, what is the volume?
3 L
5 L
1.33 L
6.55 L
19.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 900 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 900 K, same volume, what is the pressure?
18 atm
6 atm
0.667 atm
5 atm
20.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 175 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 175 K, same pressure, what is the volume?
12 L
-7.64 L
9 L
3 L
21.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 1050 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 1050 K, same volume, what is the pressure?
1 atm
27 atm
6 atm
9 atm
22.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 819 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 819 K, same volume, what is the pressure?
0.667 atm
18 atm
6 atm
5 atm
23.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 409.5 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 409.5 K, same volume, what is the pressure?
2.25 atm
0.667 atm
1.5 atm
2.5 atm
24.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 1200 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 1200 K, same volume, what is the pressure?
6 atm
5 atm
18 atm
0.667 atm
25.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 700 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 700 K, same volume, what is the pressure?
4 atm
1 atm
6.96 atm
8 atm
26.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 150 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 150 K, same volume, what is the pressure?
0.25 atm
0.5 atm
1.5 atm
2 atm
27.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 450 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 450 K, same volume, what is the pressure?
1.33 atm
3 atm
4.5 atm
3.5 atm
28.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 1200 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 1200 K, same volume, what is the pressure?
7.83 atm
13.5 atm
4.5 atm
0.5 atm
29.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 600 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 600 K, same pressure, what is the volume?
24 L
4 L
96.9 L
16 L
30.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 450 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 450 K, same pressure, what is the volume?
4 L
39.3 L
15 L
9 L
31.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 136.5 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 136.5 K, same pressure, what is the volume?
18 L
9 L
3 L
12 L
32.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 175 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 175 K, same volume, what is the pressure?
1.5 atm
2 atm
0.25 atm
0.5 atm
33.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 600 K, same volume, what is the pressure?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 600 K, same volume, what is the pressure?
3.38 atm
1 atm
3 atm
2.25 atm
34.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 450 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 450 K, same pressure, what is the volume?
6 L
26.2 L
10 L
2.67 L
35.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 546 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 546 K, same pressure, what is the volume?
16 L
27.8 L
4 L
24 L
36.
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 800 K, same pressure, what is the volume?
The graph is for a fixed mass of ideal gas (the marked point is the initial state). At 800 K, same pressure, what is the volume?
16 L
24 L
4 L
33.2 L
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