SOLUTION: A quantity of an ideal gas had initial pressure of 0.03 * 10^9 atmospheres, initial volume of 0.007 * 10^-2cm^3, and inital temperature of 7000 kelvins. Find the final temperature

Question 65444This question is from textbook An Incremental Development
: A quantity of an ideal gas had initial pressure of 0.03 * 10^9 atmospheres, initial volume of 0.007 * 10^-2cm^3, and inital temperature of 7000 kelvins. Find the final temperature if the final pressure was 3000 * 10^3 atmospheres and the final volume was 30,000cm^3. solve the equation for t2 as the first step. This question is from textbook An Incremental Development

Answer by venugopalramana(3286) (Show Source): You can put this solution on YOUR website!
A quantity of an ideal gas had initial pressure of 0.03 * 10^9 atmospheres, initial volume of 0.007 * 10^-2cm^3, and inital temperature of 7000 kelvins. Find the final temperature if the final pressure was 3000 * 10^3 atmospheres and the final volume was 30,000cm^3. solve the equation for t2 as the first step.
P1V1/T1=P2V2/T2
0.03*(10^9)*0.007/7000 = 3000*(10^3)*30000/T2
T2= 7000[(3000)(10^3)/{(0.03)*(10^9)}][30000/{0.007*{10^(-2)}]
=3*10^11 DEGREES KELVIN
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