كويز تفاعلي: قوانين الغازات والغاز المثالي – MCQ - وفق الهيكل

A

7.68 kPa

B

10.38 kPa

C

12.76 kPa

D

6.57 kPa

A

2.955 atm

B

8.139 atm

C

0.467 atm

D

1.283 atm

A

Gay-Lussac's law

B

Boyle's Law

C

Charles's law

D

Henry's Law

A

0.20 atm

B

0.5 atm

C

5.0 atm

D

0.80 atm

A

0.44 atm

B

1.4 atm

C

1.7 atm

D

0.14 atm

A

It will increase

B

It will decrease

C

It will stay the same

D

It will increase triple times

A

4.01 L

B

3.84 L

C

2.73 L

D

2.31 L

A

Absolute zero

B

Boiling point

C

Triple point

D

Critical point

A

There is a lower degree than the absolute zero in minus

B

All atoms are in the highest possible energy state

C

It is the zero on the Kelvin scale and is equal to $-273 ^\circ\text{C}$

D

It is the zero on Celsius scale temperature

A

Doubling the temperature doubles the volume

B

Doubling the temperature does not double the volume

C

The graph shows a linear relationship

D

The graph shows a directly proportional relationship

A

938

B

625

C

225

D

150

A

0.75 atm

B

2.67 atm

C

2.44 atm

D

1.30 atm

A

Charles's law

B

Gay-Lussac's law

C

Henry's Law

D

Boyle's Law

A

Combined gas law

B

Le Châtelier's principle

C

Ideal gas law

D

Avogadro's principle

A

Temperature $= 0 ^\circ\text{C}$ and pressure = 1 kPa

B

Temperature $= 273 ^\circ\text{C}$ and pressure = 1 atm

C

Temperature $= 1 ^\circ\text{C}$ and pressure = 0 atm

D

Temperature $= 0 ^\circ\text{C}$ and pressure = 1 atm

A

22.4 L

B

3.72 L

C

1.00 L

D

6.02 L

A

7.25 g

B

6.35 g

C

5.40 g

D

3.65 g

A

5.00 × 10²²

B

2.70 × 10²³

C

3.50 × 10²⁴

D

1.40 × 10²⁵

A

4.25 mol

B

0.068 mol

C

2.45 mol

D

0.013 mol

A

17.8 g

B

8.9 g

C

26.7 g

D

13.5 g

A

7.26 L

B

8.40 L

C

3.53 L

D

6.52 L

A

At high pressure and low temperature

B

When high pressure is applied and the gas changes to the liquid phase

C

When the particles are close to each other, and attractive forces are high

D

When the particles are far apart, and the attractive forces are low

A

Its particles move at variable velocities and on winding lines

B

Its particles take up space and measured in volume units (L)

C

Its particles collide with each other or with the wall surface in perfectly elastic way

D

Its particles experience intermolecular attractive forces

A

Polar gases like water vapor behave as ideal gases

B

Gases of larger particles like butane (C₄H₁₀) behave as ideal gases

C

Real gases deviate most from ideal gas behavior at high pressures and low temperatures

D

Ideal gases experience intermolecular attractive forces, and they attracted, repelled by the walls of their containers