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Ley de Boyle: Gases en equilibrio

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Ley de Boyle: Gases en equilibrio

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About this activity

Desafía tu comprensión de la relación P-V.

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TIGSE PARREÑO TATIANA ANABEL
TIGSE PARREÑO TATIANA ANABEL
Ecuador

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Ley de Boyle: Gases en equilibrio
 

Ley de Boyle: Gases en equilibrioOnline version

Desafía tu comprensión de la relación P-V.

by TIGSE PARREÑO TATIANA ANABEL
1

Un gas ocupa 4,0 L a 2,0 atm. ¿Cuál será el volumen a 5,0 atm si la temperatura es constante?

2

Un gas tiene 1,5 atm y 6,0 L. Si el volumen es 3,0 L, ¿a qué presión está sometido?

3

En un recipiente a 1,2 atm ocupa 10,0 L. Si P baja a 0,8 atm, ¿cuál es el volumen?

4

Un globo tiene 2,5 L a 101 kPa. Si la presión externa cae a 50,5 kPa, ¿volumen?

5

Gas en cilindro: P=300 kPa y V=0,4 m3. Si P sube a 750 kPa, ¿volumen final?

6

Un gas está a 1,0 atm y 5,0 L. Si P sube a 2,0 atm, ¿volumen?

7

Un gas a 3 atm ocupa 12 L. ¿Qué volumen tendrá a 1 atm?

8

Con P1=0,8 atm y V1=20 L. Si P2=2,0 atm, ¿V2?

9

Si V1=10 L y P1=1,0 atm, ¿P2 si V2=30 L?

10

Con P1V1 = P2V2, si P1=1,0 atm, V1=10 L y V2=30 L, ¿P2?

 
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