1. A gas occupying a volume of 725mL at a pressure of 0.970 atm is allowed to expand at constant temperature until its pressure reaches 0.541 atm. What is its final the volume?

2. The volume of a gas is 5.80L, measured at 1.00 atm. What is the pressure of the as in mmHG if the volume is changed to 9.65 L? (The temperature remains constant).

3. Calculate the work done in when 50.0g of tin dissolves in excess acid at 1.00 atm and 25 degrees C:

Assume ideal gas behavior.

4. a 0.1375-g sample of solid magnesium is burned in a constant -volume bomb calorimeter that has a heat capacity of 3024 J/ degree C. The temperature increases by 1,126 degree C. Calculate the heat given off by the burning Mg, in kJ/g and in kJ/mol.

1) How pressure affects volume of an ideal gas.
2) How volume affects pressure of an ideal gas.
3) How to calculate the amount of work done during a reaction.
4) How to calculate the heat given off during a reaction.

...law its volume will increase 10 times to 10 V1 = 10VI at constant temperature T1 and hence the work done in this process is given by. Using the ideal gas...

... the system from state A to state B is: (1.4) We see that for expansion ( ) the work done is positive. To find the temperature we use the ideal gas law at point ...

... a. Warming up exercises when muscles are worked the cells "burn ... the system) we had to consume some energy and do some work. ... From ideal gas law we can calculate. ...

... Find the work done by the gas. (Assume that the pressure is inversely proportional to the volume; that is, the gas obeys the ideal gas law such that PV ...

... system is the sum of all the works preformed in ... have W>0 (the system perform work on the ... with the differential form of the ideal gas equation (∆ stands ...

... volume), and isothermal (constant temperature) - that can be derived from the ideal gas law. ... goes from one equilibrium state to another and the work that is ...

... the final condition in the ideal gas law, you should be able to solve for the temperature and find that it is $149$ Kelvin. \section{Determine the work done by ...

... the Ideal Gas Law Exercise. Access the Thermodynamics animation developed by Professor Giambattista and read the Tutorial to understand how the animation works. ...

... If you want to work through the solution yourself only read the first part ... The expert examines perfect gas laws for aerodynamics ...IDEAL GAS LAW EQUIVALENT FORMS. ...