The following expressions gives the de-broglie relationship, Chemistry

Assignment Help:

Which of the following expressions gives the de-Broglie relationship:

(1) h= γ/ mv                              

(2) γ= h/mv                  

(3) γ=m/ mv                            

(4) γ= v/ mv

Ans: γ= h/mv

 


Related Discussions:- The following expressions gives the de-broglie relationship

Chlorobenzene, Formation of aniline from chlorobenzene

Formation of aniline from chlorobenzene

What are the properties of water?, Q. What are the properties of water? ...

Q. What are the properties of water? Ans. Water is a colorless, odorless, tasteless liquid with a melting and freezing point of 0 o C and a boiling point of 100 o C at 1 a

Nmr, I have a question about HNMR OF RESONANCE system.

I have a question about HNMR OF RESONANCE system.

Illustrate the physical properties of ammonia, Q. Illustrate the Physical p...

Q. Illustrate the Physical properties of Ammonia? Ans. Ammonia is a colorless gas that has a strong penetrating odor. It boils at -33 o C and is easily liquefied by press

Acetanilide in water, Acetanilide in water Water can accept a hydrogen ...

Acetanilide in water Water can accept a hydrogen bond from the hydrogen of the N-H bond, and can donate a hydrogen bond to the oxygen of the CAO bond as well as to the nitrogen

Total mass that flowed out, Water at 150 kPa is contained in a 300 L tank.A...

Water at 150 kPa is contained in a 300 L tank.At this state (state 1), 95% of the volume isoccupied by saturated vapour. Heat is transferred to the water thereby raising itspressur

Explain bonding molecular orbital, Explain bonding molecular orbital Th...

Explain bonding molecular orbital The bonding molecular orbital is derived by the constructive "side-to-side" overlap of peaks with peaks and troughs with troughs. The antibond

Electron occupies the available orbital singly, Electron occupies the avail...

Electron occupies the available orbital singly before pairing in any one orbital occurs, it is : (1) Pauli's exclusion principle (2) Hund's Rule (3) Heisenberg's principle

Alcohols, methods for preparing trihydric alcohols

methods for preparing trihydric alcohols

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd