A party balloon contains with a volume of 29.8 liters of air contains 1 moles of helium. If some gas escapes and 0.5 moles are still left inside the balloon, what volume in liters will the balloon have? Round your answer to the nearest tenth.


A party balloon contains with a volume of 29.8 liters of air contains 1 moles of helium. If some gas escapes and 0.5 mol...
A balloon of carbon dioxide gas has a volume of 14.1 L and contains 5.3 moles of carbon dioxide. A leak develops some carbon dioxide escapes, leaving only 2.2 moles of carbon dioxide inside the balloon. What is the new volume of the balloon? Enter only the numeric value for your answer (no units).
Fun with a helium balloon A loosely filled balloon contains 4.5 liters of helium gas at atmospheric pressure (PA = 101 kPa) and room temperature T = 20 C. The gas in the balloon is then heated to body temperature, 37 C, by a student. (a) The pressure inside the balloon changes very little during the heating process. What is the change in the volume of the balloon? (b) How much work does the expanding balloon do on its environment?...
A balloon contains 1 moles of helium gas at normal atmospheric pressure (Patm = 1.01 105 Pa) and room temperature (293 K). The volume of the balloon is 0.024 m^3. (b) The weather becomes very stormy (a hurricane is approaching), and the volume of the balloon increases by 10.9%. What is the new pressure? ______kPa? (the answer is not 9.26x10^2)
Question 23 6 pts A different balloon filled with helium, originally had a volume of 7.50 liters, at 18.0°C. As the day became warmer the new temperature was 38.0°C. What would the new volume of the balloon be, assuming there is no change in pressure or moles of gas? (Show all your work!!!!) Question 23 6 pts A different balloon filled with helium, originally had a volume of 7.50 liters, at 18.0°C. As the day became warmer the new temperature...
A balloon filled with helium gas at 1.00 atm occupies 9.3 L. What volume in liters will the balloon occupy in the upper atmosphere, at a pressure of 0.46 atm?
1.A weather balloon contains 1.10X10^5 moles of He, an ideal gas. At standard pressure, the volume of the balloon is 2.70X10^6 L. what is the temperature of the He in the balloon in C? 2. Scuba divers breath a mixture of helium and oxygen gasses for dives in excess of 150 feet. If 15.68 grams of oxygen gas and 7.60 grams of helium gas are both added to a 5.00 L SCUBA tank at room temperature, what will be the...
10. A balloon contains mostly helium and a little methane. The partial pressure of helium is 101.2 torr. If the pressure inside the balloon is 823.3 torr, what is the partial pressure of methane? 11. How many moles does 11.2 L of hydrogen gas contain at STP? How many particles (hydrogen molecules) does it contain? 12. What is the volume of a container if it holds 8.8 g of carbon dioxide at STP?
A balloon containing 4.00 moles of N2 gas has a volume of 0.750 L at a pressure of 1.00 atm and a temperature of 27°C. What will the new volume of the balloon be, in liters, if the pressure is doubled to 2.00 atm, the temperature is increased to 127°C, and 1.50 moles of N2 is removed from the balloon? On an airliner, an inflated toy has a volume of 0.310 L at 25°C and 745 mmHg. During flight, the...
You perform the following steps:
1. Heat up a balloon that contains 4 mol of helium gas from 293K
to 353K....
Problem 2. You perform the following steps: 1. Heat up a balloon that contains 4 mol of helium gas from 293K to 353K. (pressure inside of oven is2 atm) 2. Very slowly squeeze the balloon until the volume decreases from 0.5L to 0.25L 3. Grab the balloon, put it in a container that does not allow it to change...
1. A helium-filled weather balloon has a volume of 558 L at 22.9°C and 751 mmHg. It is released and rises to an altitude of 3.13 km, where the pressure is 582 mmHg and the temperature is 1.9°C. The volume of the balloon at this altitude is ____L. 2. A sample of helium gas collected at a pressure of 1.42 atm and a temperature of 17.0 °C is found to occupy a volume of 22.9 liters. How many moles of...