THERMODYNAMICS (Properties of Gases, Vapors and Mixtures 1)

Test

Parties jouées 8

Créer une copie

À propos de cette activité

MODULAR EXAM

Créé par

Grace Balahay

United States

Téléchargez la version pour jouer sur papier

Top 10 résultats

#	Jeux	Précision	temps
1	Grace Balahay 6 Juillet 2025	% 93	07:41

Voulez-vous apparaître dans le Top 10 de ce jeu? Connectez-vous pour vous identifier.

Créez votre propre jeu gratuite à partir de notre créateur de jeu

Affrontez vos amis pour voir qui obtient le meilleur score dans ce jeu

Créer un défi

Spanish Alphabet Listening

Falkenberg Falkenberg

United States

(88)

Spanish alphabet, listening-based assessment
Tissues - Practice Quiz

Benjamin D Morgan

United States

(16)

Tissues - Practice Quiz
Photosynthesis vs Cellular Respiration - Practice Quiz

Benjamin D Morgan

United States

(39)

Photosynthesis vs Cellular Respiration - Practice Quiz
UPS 5 Seeing Habits Quiz

Heather Bell

United States

(12)

Test your knowledge about the 5 seeing habits discussed in the text 'UPS 5 seeing habits'.
Practice Quiz - Punnett Square, Variation, and Mutations

Benjamin D Morgan

United States

(14)

Practice Quiz - Punnett Square, Variation, and Mutations


THERMODYNAMICS (Properties of Gases, Vapors and Mixtures 1)Version en ligne MODULAR EXAM par Grace Balahay 1 homogeneous and invariable in chemical composition and thermodynamic properties, even when it exists in multiple phases or mixtures. Written answer 2 i (ice), saturated solid phase. Written answer 3 f (fluid), saturated liquid phase. Written answer 4 g (gas), saturated vapor phase. Written answer 5 melting or fusion phase, if, Written answer 6 freezing phase, fi Written answer 7 vaporization phase, fg Written answer 8 condensation phase, gf Written answer 9 sublimation, ig Written answer 10 solidifying, gi Written answer 11 temp. at which liquids start to boil or the temp. at which vapors begin to condense Written answer 12 it is one which has a temp. lower than the existing temp. corresponding to the existing pressure. Written answer 13 It is one which has a pressure higher than the saturation pressure corresponding to the existing temperature. Written answer 14 It is a liquid at the saturation temperature or saturation pressure which has temperature equal to the boiling point corresponding to the existing pressure. Written answer 15 It is a vapour at the saturation conditions (sat. temp. and sat. pressure), 100% vapour. Written answer 16 It is a vapour having a temperature higher than the saturation temperature corresponding to the existing pressure. Written answer 17 It is the difference between the actual temperature of superheated vapour and the saturation temperature for the existing pressure. Written answer 18 It is the difference between the saturation temperature for the given pressure and the actual subcooled liquid temperature. Written answer 19 of a pure substance is the amount of heat added to/removed from the substance in order to convert it from saturated liquid/vapor to saturated vapor/liquid. Written answer 20 This represents the highest pressure and temperature at which liquid and vapour can coexist in equilibrium. Written answer 21 heat the causes change in temperature without change of phase. Written answer 22 uses the functions of pressure, volume and temperature. Written answer 23 uses the function of temperature, pressure and entropy. Written answer 24 no degrees of freedom (Triple point) Written answer 25 1 df (2-phase boundary) Written answer 26 2 df (superheated vapor), 2-intensive properties may be varied without change of phase. Written answer 27 At the triple point no intensive property can be changed without disappearance of at least one phase. Written answer

THERMODYNAMICS (Properties of Gases, Vapors and Mixtures 1)Version en ligne

MODULAR EXAM

par Grace Balahay

homogeneous and invariable in chemical composition and thermodynamic properties, even when it exists in multiple phases or mixtures.

Written answer

i (ice), saturated solid phase.

Written answer

f (fluid), saturated liquid phase.

Written answer

g (gas), saturated vapor phase.

Written answer

melting or fusion phase, if,

Written answer

freezing phase, fi

Written answer

vaporization phase, fg

Written answer

condensation phase, gf

Written answer

sublimation, ig

Written answer

solidifying, gi

Written answer

temp. at which liquids start to boil or the temp. at which vapors begin to condense

Written answer

it is one which has a temp. lower than the existing temp. corresponding to the existing pressure.

Written answer

It is one which has a pressure higher than the saturation pressure corresponding to the existing temperature.

Written answer

It is a liquid at the saturation temperature or saturation pressure which has temperature equal to the boiling point corresponding to the existing pressure.

Written answer

It is a vapour at the saturation conditions (sat. temp. and sat. pressure), 100% vapour.

Written answer

It is a vapour having a temperature higher than the saturation temperature corresponding to the existing pressure.

Written answer

It is the difference between the actual temperature of superheated vapour and the saturation temperature for the existing pressure.

Written answer

It is the difference between the saturation temperature for the given pressure and the actual subcooled liquid temperature.

Written answer

of a pure substance is the amount of heat added to/removed from the substance in order to convert it from saturated liquid/vapor to saturated vapor/liquid.

Written answer

This represents the highest pressure and temperature at which liquid and vapour can coexist in equilibrium.

Written answer

heat the causes change in temperature without change of phase.

Written answer

uses the functions of pressure, volume and temperature.

Written answer

uses the function of temperature, pressure and entropy.

Written answer

no degrees of freedom (Triple point)

Written answer

1 df (2-phase boundary)

Written answer

2 df (superheated vapor), 2-intensive properties may be varied without change of phase.

Written answer

At the triple point no intensive property can be changed without disappearance of at least one phase.

Written answer

		%
	Anonyme	%
		%
		%

THERMODYNAMICS (Properties of Gases, Vapors and Mixtures 1)

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

Top Jeux

Test

Spanish Alphabet Listening

Test

Tissues - Practice Quiz

Test

Photosynthesis vs Cellular Respiration - Practice Quiz

Test

UPS 5 Seeing Habits Quiz

Test

Practice Quiz - Punnett Square, Variation, and Mutations

THERMODYNAMICS (Properties of Gases, Vapors and Mixtures 1)Version en ligne

par Grace Balahay

homogeneous and invariable in chemical composition and thermodynamic properties, even when it exists in multiple phases or mixtures.

i (ice), saturated solid phase.

f (fluid), saturated liquid phase.

g (gas), saturated vapor phase.

melting or fusion phase, if,

freezing phase, fi

vaporization phase, fg

condensation phase, gf

sublimation, ig

solidifying, gi

temp. at which liquids start to boil or the temp. at which vapors begin to condense

it is one which has a temp. lower than the existing temp. corresponding to the existing pressure.

It is one which has a pressure higher than the saturation pressure corresponding to the existing temperature.

It is a liquid at the saturation temperature or saturation pressure which has temperature equal to the boiling point corresponding to the existing pressure.

It is a vapour at the saturation conditions (sat. temp. and sat. pressure), 100% vapour.

It is a vapour having a temperature higher than the saturation temperature corresponding to the existing pressure.

It is the difference between the actual temperature of superheated vapour and the saturation temperature for the existing pressure.

It is the difference between the saturation temperature for the given pressure and the actual subcooled liquid temperature.

of a pure substance is the amount of heat added to/removed from the substance in order to convert it from saturated liquid/vapor to saturated vapor/liquid.

This represents the highest pressure and temperature at which liquid and vapour can coexist in equilibrium.

heat the causes change in temperature without change of phase.

uses the functions of pressure, volume and temperature.

uses the function of temperature, pressure and entropy.

no degrees of freedom (Triple point)

1 df (2-phase boundary)

2 df (superheated vapor), 2-intensive properties may be varied without change of phase.

At the triple point no intensive property can be changed without disappearance of at least one phase.