Chemistry Homework Help With Kinetic Energy

Kinetic Energy

Kinetic Energy and Temperature

Suppose one mole of a gas is under consideration. The number of molecules involved will then be NA. Then according to kinetic gas equation,

PV = Kinetic Energy and Temperature mnc2

n = NA

m × NA = M, Where M = Molecular weight of gas.

PV = Kinetic Energy and TemperatureChemistry Assignment Help Order NowMc2 for one mole of gas

PV = RT

RT = Kinetic Energy and Temperature Mc2

RT = Kinetic Energy and Temperature×Kinetic Energy and Temperature = Kinetic Energy and Temperature × KE

where KE = kinetic energy per mole

Kinetic Energy and Temperature KE per mole

Kinetic Energy and Temperature KE per molecule = Kinetic Energy and Temperature KE per molecule.

Þ KE µ TK = Boltzmann constant.
Thus the translational kinetic energy of an ideal (perfect) gas is directly proportional to the absolute temperature.
Kinds of Molecular Speeds

Assignment Help For Kinetic Energy

assignmenthelp.net provides best Online Assignment Help service in Kinetic Energy for all standards. Our Tutor provide their high quality and optimized Tutorial help to fulfill all kind of need of Students.

To submit Kinetic Energy assignment click here

Improve Your Grades with Custom Writing Help
Homework Help
Writing Help
Editing Services
Plagiarism check
Proofreading services
Research Project help
Custom writing services
scanner
E learning blogs

Disclaimer : The study tools and academic assistance/guidance through online tutoring sessions provided by AssignmentHelp.Net is to help and enable students to compete academically. The website does not provide ghostwriting services and has ZERO TOLERANCE towards misuse of the services. In case any user is found misusing our services, the user's account will be immediately terminated.