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If the volume of a gas-filled container increases but the temperature remains fixed what happens to the pressure? If the air pressure in a room drops but the temperature remains constant what happens to a filled balloon?

If the volume of a gas-filled container increases but the temperature remains fixed what happens to the pressure? If the air pressure in a room drops but the temperature remains constant what happens to a filled balloon?

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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If the volume of a gas-filled container increases but the temperature remains fixed what happens to the pressure? If the air pressure in a room drops but the temperature remains constant what happens to a filled balloon?
Transcribed Image Text:If the volume of a gas-filled container increases but the temperature remains fixed what happens to the pressure? If the air pressure in a room drops but the temperature remains constant what happens to a filled balloon?
A. Boyle's Law 1. Considering you a hypodermic syringe clamped in a vertical position with the scale readings clearly displayed. You preset the plunger to at least 18 cc. gram slot mass on top of the plunger and slot mass in grams which expresses the pressure object, and record the volume in Table 1. adding slotted masses until 10 readings are each reading in Table 1. relationship of P and V by plotting it in a graphing volume of air (in mL) as the dependent variable 2. You place a 100- observed the exerted by thec 4. You continue made. Record 5. determine the The раper. versus the applied "pressures". (To get a feel for Boyle's Law, visualize a small balloon between your hands. The balloon is so small that you can push all sides of it together between your hands without any of the balloon pouching out at any point. When you push your hands together the volume of the gas in the balloon decreases as the pressure increases. When you let up on the pressure, the volume increases as the pressure decreases.)
Transcribed Image Text:A. Boyle's Law 1. Considering you a hypodermic syringe clamped in a vertical position with the scale readings clearly displayed. You preset the plunger to at least 18 cc. gram slot mass on top of the plunger and slot mass in grams which expresses the pressure object, and record the volume in Table 1. adding slotted masses until 10 readings are each reading in Table 1. relationship of P and V by plotting it in a graphing volume of air (in mL) as the dependent variable 2. You place a 100- observed the exerted by thec 4. You continue made. Record 5. determine the The раper. versus the applied "pressures". (To get a feel for Boyle's Law, visualize a small balloon between your hands. The balloon is so small that you can push all sides of it together between your hands without any of the balloon pouching out at any point. When you push your hands together the volume of the gas in the balloon decreases as the pressure increases. When you let up on the pressure, the volume increases as the pressure decreases.)
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