56.01 of nitrogen is collected at 45.0 degrees Celsius and 125 kPa, what will be the new volume of the nitrogen at STP?

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2. 56.01 of nitrogen is collected at 45.0 degrees Celsius and 125 kPa, what will be the new volume of the nitrogen at STP?

3. Calculate the starting temperature of a 34.00 cm ^ 3 sample of oxygen at 1.22 atmospheres if the new volume is equal to 45.00 cm ^ 3 at STP.

4. A 8.22 liter sample of argon is collected at STP. What will be the new pressure of the argon if the volume increases to 9.44 liters at a temperature of 15.6 degrees Celcius

5. What was the starting pressure of a 8645 liter sample of butane at 14.00 degrees Celcius if the volume changes to 9600 liters at STP?

2. If 56.01 of nitrogen is collected at 45.0° C and 125 kPa, what will be the new volume of the
nitrogen at STP?
3. Calculate the starting temperature of a 34.00 cm sample of oxygen at 1.22 atmospheres if
the
new volume is equal to 45.00 cm at STP.
4. A 8.22 liter sample of argon is collected at STP. What will be the new pressure of the argon
if the volume increases to 9.44 liters at a temperature of 15.6° C?
5. What was the starting pressure of a 8645 liter sample of butane at 14.00° C if the volume
changes to 9600 liters at STP?
Transcribed Image Text:2. If 56.01 of nitrogen is collected at 45.0° C and 125 kPa, what will be the new volume of the nitrogen at STP? 3. Calculate the starting temperature of a 34.00 cm sample of oxygen at 1.22 atmospheres if the new volume is equal to 45.00 cm at STP. 4. A 8.22 liter sample of argon is collected at STP. What will be the new pressure of the argon if the volume increases to 9.44 liters at a temperature of 15.6° C? 5. What was the starting pressure of a 8645 liter sample of butane at 14.00° C if the volume changes to 9600 liters at STP?
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