Gas Laws Case Studies II

Test

Parties jouées 1

Créer une copie

À propos de cette activité

Quiz on gas laws and experiments

Créé par

CLAUDIA

Mexico

Téléchargez la version pour jouer sur papier

Top 10 résultats

Il n'y a toujours pas de résultats pour ce jeu. Soyez le premier à apparaître dans le classement! 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

		%
	Anonyme	%
		%
		%

Imprimez votre jeu

Gas Laws Case Studies II


Gas Laws Case Studies IIVersion en ligne Quiz on gas laws and experiments par CLAUDIA 1 What law explains mainly the behavior of the balloon when heated at constant pressure? a Gay-Lussac b Boyle c Dalton d Charles 2 Convert 25 °C to Kelvin. a 273 K b 300 K c 248 K d 298 K 3 Convert 45 °C to Kelvin. a 273 K b 308 K c 295 K d 318 K 4 Calculate the new volume of the balloon when temperature rises from 25 °C to 45 °C at constant pressure. a 3.2 L b 4.1 L c 2.8 L d 3.6 L 5 Why does the volume increase? a Because gravity increases b Because the particles move faster c Because mass decreases d Because the helium disappears 6 If the temperature decreases, the volume will: a Disminuye b Explota c Permanece igual d Aumenta 7 Variable constant in this case: a Temperature b Mass c Volume d Pressure 8 What is a real application of this law? a Refrigerador b Olla exprés c Globo aerostáticos d Pistón hidráulico 9 What law describes this phenomenon in the sealed syringe case? a Avogadro b Charles c Boyle d Gay-Lussac 10 If the volume is reduced to half, the pressure: a Desaparece b Se duplica c Disminuye a la mitad d Permanece igual 11 Calculate the final pressure. a 2 atm b 1 atm c 4 atm d 0.5 atm 12 Why does the pressure increase? a Disminuye la masa b Cambiaría el color del aire c Sale el gas d Less space available for the molecules 13 If the volume increased to 40 ml, the pressure would be: a 0.5 atm b 2 atm c 8 atm d 4 atm 14 Variable constant: a Temperature b Pressure c Masa d Densidad 15 Daily-life example related to this law: a Condensación del vapor b Inflar llanta c Comprimir una bomba de bicicleta d Hervir agua 16 If the syringe is open to the environment: a La ley se aplica igual b El gas podría escapar c Aumentaría la masa d Explotaría 17 Gas produced in the chemical rocket experiment: a Hidrógeno b CO₂ c Oxígeno d Nitrógeno 18 The pressure inside the rocket increases because: a Se produce gas dentro de un espacio cerrado b Baja la temperatura c Se consume el gas d Disminuye el volumen del líquido 19 Law most related to the amount of gas produced and the volume: a Dalton b Boyle c Avogadro d Charles 20 What happens if more bicarbonate is added? a Más producción de CO₂ b Menor reacción c Menor presión d Nada 21 Principal cause of liftoff: a Gravedad b Fricción c Empuje por expulsión de gas d Magnetismo 22 Principal risk during the practice: a Evaporación b Sobrepresión y ruptura del recipiente c Condensación d Oxidación 23 Which variable increases directly as more CO₂ is produced? a Color b Temperatura ambiente c Masa del envase d Presión 24 What happens if the cap does not seal well? a Más reacción b Más temperatura c Mayor presión d El gas escapa y disminuye el impulso 25 Which equation integrates pressure, volume, temperature, and amount of gas? a Ley de Boyle b Ley de Newton c Ley de Charles d Ley del gas ideal

Gas Laws Case Studies II

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

Top Jeux

Test

Practice Quiz - Punnett Square, Variation, and Mutations

Test

UPS 5 Seeing Habits Quiz

Test

Photosynthesis vs Cellular Respiration - Practice Quiz

Test

Spanish Alphabet Listening

Test

Tissues - Practice Quiz

Gas Laws Case Studies IIVersion en ligne

par CLAUDIA

What law explains mainly the behavior of the balloon when heated at constant pressure?

Convert 25 °C to Kelvin.

Convert 45 °C to Kelvin.

Calculate the new volume of the balloon when temperature rises from 25 °C to 45 °C at constant pressure.

Why does the volume increase?

If the temperature decreases, the volume will:

Variable constant in this case:

What is a real application of this law?

What law describes this phenomenon in the sealed syringe case?

If the volume is reduced to half, the pressure:

Calculate the final pressure.

Why does the pressure increase?

If the volume increased to 40 ml, the pressure would be:

Variable constant:

Daily-life example related to this law:

If the syringe is open to the environment:

Gas produced in the chemical rocket experiment:

The pressure inside the rocket increases because:

Law most related to the amount of gas produced and the volume:

What happens if more bicarbonate is added?

Principal cause of liftoff:

Principal risk during the practice:

Which variable increases directly as more CO₂ is produced?

What happens if the cap does not seal well?

Which equation integrates pressure, volume, temperature, and amount of gas?