A container contains helium, neon, argon and krypton. calculate the total pressure if p neon = 90. kpa, pargon = 20. kpa, p krypton = 50. kpa & p helium = 10. kpa.
a. 10 kpa
b. 160 kpa
c. 170 kpa
d. 30 kpa

To calculate the total pressure of a container containing helium, neon, argon, and krypton, we need to add the individual pressures of each gas.

Given pressures:
p_neon = 90 kPa
p_argon = 20 kPa
p_krypton = 50 kPa
p_helium = 10 kPa

Step 1: Add the individual pressures:
total_pressure = p_neon + p_argon + p_krypton + p_helium

Step 2: Plug in the given values:
total_pressure = 90 kPa + 20 kPa + 50 kPa + 10 kPa

Step 3: Calculate the total pressure:
total_pressure = 170 kPa

The total pressure of the container containing helium, neon, argon, and krypton is 170 kPa. The correct answer is option c. 170 kPa.

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A container contains helium, neon, argon and krypton. calculate the total pressure if p neon = 90. kpa, pargon = 20. kpa, p krypton = 50. kpa & p helium = 10. kpa. a. 10 kpa b. 160 kpa c. 170 kpa d. 30 kpa

Answer :

Other Questions

A container contains helium, neon, argon and krypton. calculate the total pressure if p neon = 90. kpa, pargon = 20. kpa, p krypton = 50. kpa & p helium = 10. kpa.
a. 10 kpa
b. 160 kpa
c. 170 kpa
d. 30 kpa