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Froggy Jumps
Froggy Jumps

Desafío sobre la Ley de Boyle

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Desafío sobre la Ley de Boyle

Froggy Jumps

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About this activity

Pon a prueba tus conocimientos sobre la ley de los gases de Boyle.

Created by

Sara Valalentina sanchez estupiñan
Sara Valalentina sanchez estupiñan
Colombia
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Desafío sobre la Ley de Boyle

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Desafío sobre la Ley de Boyle
 

Froggy Jumps

Desafío sobre la Ley de BoyleOnline version

Pon a prueba tus conocimientos sobre la ley de los gases de Boyle.

by Sara Valalentina sanchez estupiñan
1

Un gas ideal ocupa 12 L a 3 atm y 300 K. ¿Cuál será su volumen si la presión disminuye a 1,5 atm y la temperatura aumenta a 600 K?

2

Un recipiente contiene 4 moles de un gas ideal a 2 atm y 300 K. Si la temperatura aumenta a 450 K y el volumen permanece constante, ¿cuál será la nueva presión?

3

¿cual es la formula de la ley de boyle?

4

¿Cuántos moles de gas hay en un recipiente de 10 L a 2 atm y 273 K? (R = 0,082 atm·L/mol·K)

5

Un gas ocupa 5 L a 200 K. ¿Qué temperatura necesitará para ocupar 15 L si la presión permanece constante?

6

¿que pasa con el volumen del gas si la temperatura sube?

7

Un recipiente rígido contiene un gas a 1,2 atm y 250 K. Si la temperatura aumenta a 500 K, la presión final será:

8

¿Cuál de las siguientes situaciones contradice el comportamiento de un gas ideal?

9

¿Cuál es la temperatura en Kelvin de un gas que se encuentra a 27 °C?

10

Un gas ideal tiene una presión de 5 atm, volumen de 6 L y temperatura de 400 K. Si la temperatura baja a 200 K y el volumen se duplica, la nueva presión será:

 
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