Explain when hydrogen behaves as an ideal gas

Reference no: EM13697219

Problem- When hydrogen behaves as an ideal gas and its temperature increases from 250K to 550K, its enthalpy increases by more than 10kJ/mol?

I am need of complete solution for this problem please help- me out to get right answer

Reference no: EM13697219

Questions Cloud

Calculate the number of theoretical plates n in the column : The column has N theoretical plates and the unadjusted relative retention is ? = 1.001. Calculate the number of theoretical plates N in the column of length L. The observed resolution is 1.81 after 18 cycles

Method of approach and business case critical analysis : Develop a formq Project Initiation Document (PID) land detailed project plan to follow on from management approval of the project outline provided in Assignment Task 1.

What mass of ammonium chloride should be nh3 : Problem- What mass of ammonium chloride should be added to 2.65 L of a 0.15M NH3 in order to obtain a buffer with a pH of 9.55

How many kilograms of sulfur dioxide are produced : Problem- 1) How many kilograms of sulfur dioxide (a major source of acid rain) are produced from the burning of the coal in question 1, if the coal is 0.90% by mass sulfur

Explain when hydrogen behaves as an ideal gas : Problem- When hydrogen behaves as an ideal gas and its temperature increases from 250K to 550K, its enthalpy increases by more than 10kJ/mol

What is the concentration of the unknown acid solution : A volume of 4.99 mL of the base was required to reach the endpoint. What is the concentration of the unknown acid solution. Write the neutralization reaction, balance it, name the products THEN Solve the problem above.

Determine the angular speed of the reel : In 9.5s, a fisherman wind 2.6m of fishing line onto a reel whose r is 3cm. The line is being reeled at a constant speed. Determine the angular speed of the reel

Define what is the concentration of hf : Problem- If an 11.00mL sample of unknown concentration of HF is titrated with 24.96mL of 0.1150M NaOH, what is the concentration of HF?

Calculate the rotational kinetic energy : The moon has a mass of 7.35 x 1022 kg, and has a radius of 1.74 x 106 m. Calculate the rotational kinetic energy that the moon has because of its rotation about its own axis

User Account

All Pages