Acontainer holds a sample of hydrogen at 300 k with a pressure of 10 atm when the temperature decreased to 100k and volume remained constant. a. 3000 atm b. 3.3 atm c. 0.1 atm d. 0.3 atmme 40 points.

Answer : The correct answer is B) 3.33 atm .

Given : Initial conditions : ( Volume constant )

Temperature = 300 K Pressure = 10 atm

Final conditions : ( Volume constant )

Temperature = 100 K Pressure = ?

The relation between Temperature and pressure at constant volume is given by a Gas law known as Gay- Lussac Law . This law states that pressure (P) of given amount of gas at constant volume is directly proportional to the temperature (T) . It is expressed as :

C= constant ( at constant volume )

Pressure is in atm and Temperature is in K .

Or it can be written as :

Plugging value of P1 T2 and T2 in this equation .

Multiplying both side by 100 K

P2 = 3.33 atm

Hence answer is B) is correct .

beta decay is the answer

the answer to your question is c