Question

You have a 450.0 mL balloon filled with 0.0184 moles of Helium gas. The volume of the balloon will change, but the pressure of the gas inside will always match the 1.00 atm pressure outside. If the balloon is kept at a constant 25oC, how many moles of gas must you remove to shrink the balloon down to 200.0 mL?

Name: you have a 4500 ml balloon filled with 00184 moles of helium gas the volume of the balloon will change but the pressure of the gas inside will always match the 100 atm pressure outside if the balloon
Uploaded: 2021-11-22T02:29:12-08:00
Duration: 2 min 23 s
Channel: Kartik Indoliya
Description: you have a 4500 ml balloon filled with 00184 moles of helium gas the volume of the balloon will change but the pressure of the gas inside will always match the 100 atm pressure outside if the balloon

          You have a 450.0 mL balloon filled with 0.0184 moles of Helium gas. The volume of the balloon 
will change, but the pressure of the gas inside will always match the 1.00 atm pressure outside. 
If the balloon is kept at a constant 25oC, how many moles of gas must you remove to shrink the 
balloon down to 200.0 mL?

Added by Myriam M.

Introductory Chemistry Atoms First

Steve Russo; Mike Silver 5th Edition

Chapter 11

Instant Answer

Solved by Expert Kartik Indoliya

11/22/2021

Step 1

Step 1: Use the formula \(V_1 \times N_1 = V_2 \times N_2\) where \(V\) is volume and \(N\) is moles of gas. Show more…

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You have a 450.0 mL balloon filled with 0.0184 moles of Helium gas. The volume of the balloon will change, but the pressure of the gas inside will always match the 1.00 atm pressure outside. If the balloon is kept at a constant 25oC, how many moles of gas must you remove to shrink the balloon down to 200.0 mL?