Thermo Fundamentals Quiz

Froggy Jumps

(3)

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À propos de cette activité

Fundamental energy conservation

Créé par

Saipreeti Gouripeddi

India

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Froggy Jumps Thermo Fundamentals QuizVersion en ligne Fundamental energy conservation par Saipreeti Gouripeddi 1 In an isolated system, what is the change in internal energy ΔU? a Positive b Zero c Undefined 2 Zeroth law implies what about thermal equilibrium? a Equilibrium is not transitive b Temperature has no relation to equilibrium c If A is in equilibrium with B and B with C, then A is in equilibrium with C 3 Which quantity is a state function: internal energy, heat, or work? a Internal energy b Work c Heat 4 Numerical: A system receives q = 500 J and does w = -200 J of work on the surroundings. Find ΔU. a +300 J b -300 J 5 Which statement describes a system versus its surroundings? a System is the entire universe b System is the part of the universe under study; surroundings are everything else c Surroundings are the system’s boundary 6 In the first law, which convention is common: q in and w by system? a Yes; q is heat added to system and w is work done by system b No; q is heat released and w is work done on the system 7 Which statement best defines equilibrium in thermodynamics? a A state where macroscopic properties are unchanging with time absent external forces b A process currently occurring at maximum rate c A state of zero energy 8 For an ideal gas in an isothermal process, what is ΔU? a Negative b Zero c Positive 9 Which statement about state functions is true? a They depend on the process path b They are always equal to heat exchanged c They depend only on the current state, not on the path taken

Froggy Jumps

Thermo Fundamentals QuizVersion en ligne

Fundamental energy conservation

par Saipreeti Gouripeddi

In an isolated system, what is the change in internal energy ΔU?

Positive

Zero

Undefined

Zeroth law implies what about thermal equilibrium?

Equilibrium is not transitive

Temperature has no relation to equilibrium

If A is in equilibrium with B and B with C, then A is in equilibrium with C

Which quantity is a state function: internal energy, heat, or work?

Internal energy

Work

Heat

Numerical: A system receives q = 500 J and does w = -200 J of work on the surroundings. Find ΔU.

+300 J

-300 J

Which statement describes a system versus its surroundings?

System is the entire universe

System is the part of the universe under study; surroundings are everything else

Surroundings are the system’s boundary

In the first law, which convention is common: q in and w by system?

Yes; q is heat added to system and w is work done by system

No; q is heat released and w is work done on the system

Which statement best defines equilibrium in thermodynamics?

A state where macroscopic properties are unchanging with time absent external forces

A process currently occurring at maximum rate

A state of zero energy

For an ideal gas in an isothermal process, what is ΔU?

Negative

Zero

Positive

Which statement about state functions is true?

They depend on the process path

They are always equal to heat exchanged

They depend only on the current state, not on the path taken

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Thermo Fundamentals Quiz

Froggy Jumps

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Thermo Fundamentals QuizVersion en ligne

par Saipreeti Gouripeddi

In an isolated system, what is the change in internal energy ΔU?

Zeroth law implies what about thermal equilibrium?

Which quantity is a state function: internal energy, heat, or work?

Numerical: A system receives q = 500 J and does w = -200 J of work on the surroundings. Find ΔU.

Which statement describes a system versus its surroundings?

In the first law, which convention is common: q in and w by system?

Which statement best defines equilibrium in thermodynamics?

For an ideal gas in an isothermal process, what is ΔU?

Which statement about state functions is true?

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