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3) A paintball gun's air-tank can handle 3700.0 psi (25511 kPa) until the seal breaks. If the air-tank is filled with compressed air to a pressure of 3200.0 psi (22063) kPa at a temperature 26.333 °C. determine the following: of a. The pressure day and the temperature of the inside the air- tank if the paintball gun is brought outside on a hot summer gas inside the tank reaches 38.9 °C Does the seal break under the condition of part a? b.

3) A paintball gun's air-tank can handle 3700.0 psi (25511 kPa) until the seal breaks. If the air-tank is filled with compressed air to a pressure of 3200.0 psi (22063) kPa at a temperature 26.333 °C. determine the following: of a. The pressure day and the temperature of the inside the air- tank if the paintball gun is brought outside on a hot summer gas inside the tank reaches 38.9 °C Does the seal break under the condition of part a? b.

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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Please help with number 3 challenge question. Thank you
12) Consider a balloon that will expand without any restriction until it pops. If the balloon can hold a maximum of 6.6 L of gas before it pops, and you're filling the balloon at a mass flow rate of 0.184 g/s of hydrogen gas, determine how long (in seconds) you can fill the balloon before it s if the gas and the surrounding atmosphere is 35 °C and the outside of pressure is 1.08 pops atm. Challenge Questions: 1) When sodium metal is placed in water, it reacts to form sodium hydroxide and hydrogen gas. If 35.4 grams of sodium is placed in 48.9 mL of water, what volume of hydrogen gas will be produced, assuming the temperature is 28 °C and the pressure is 670 mmHg (the approximate atmospheric pressure in El Paso). 2) A 35 m long gas pipeline made from Schedule 40 PVC pipe that is 3.25 cm in diameter is used to transport butane to a residential house's stove. The pip can withstand 9789.23 kPa at 25 °C. Determine the maximum mass of gas the pipe can hold. 3) A paintball gun's air-tank can handle 3700,0 psi (25511 kPa) until the seal breaks. If the air-tank is filled with compressed air to a pressure of 3200.0 psi (22063) kPa at a temperature of 26.333 °C. determine the following: a. The pressure inside the air- tank if the paintball gun is brought outside on a hot summer day and the temperature of the gas inside the tank reaches 38.9 °C b. Does the seal break under the condition of part a?
Transcribed Image Text:12) Consider a balloon that will expand without any restriction until it pops. If the balloon can hold a maximum of 6.6 L of gas before it pops, and you're filling the balloon at a mass flow rate of 0.184 g/s of hydrogen gas, determine how long (in seconds) you can fill the balloon before it s if the gas and the surrounding atmosphere is 35 °C and the outside of pressure is 1.08 pops atm. Challenge Questions: 1) When sodium metal is placed in water, it reacts to form sodium hydroxide and hydrogen gas. If 35.4 grams of sodium is placed in 48.9 mL of water, what volume of hydrogen gas will be produced, assuming the temperature is 28 °C and the pressure is 670 mmHg (the approximate atmospheric pressure in El Paso). 2) A 35 m long gas pipeline made from Schedule 40 PVC pipe that is 3.25 cm in diameter is used to transport butane to a residential house's stove. The pip can withstand 9789.23 kPa at 25 °C. Determine the maximum mass of gas the pipe can hold. 3) A paintball gun's air-tank can handle 3700,0 psi (25511 kPa) until the seal breaks. If the air-tank is filled with compressed air to a pressure of 3200.0 psi (22063) kPa at a temperature of 26.333 °C. determine the following: a. The pressure inside the air- tank if the paintball gun is brought outside on a hot summer day and the temperature of the gas inside the tank reaches 38.9 °C b. Does the seal break under the condition of part a?
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