Hydrogen-spectrum, Energy difference is maximum between which of the consecutive energy, Chemistry

Hydrogen-spectrum, Chemistry

Assignment Help:

Energy difference is maximum between which of the consecutive energy levels in an atom?

Ans) According to the line spectrum of hydrogen maximum energy is there between FIRST AND SECOND ENERGY LEVEL

Related Discussions:- Hydrogen-spectrum

Iodine value - analysis of oils and fats, Iodine value - Analysis of oils a...

Iodine value - Analysis of oils and fats Iodine value of a oil or fat is a measure of its amount of unsaturation. It is proved as the number of grams of iodine taken up by 100

Amphoterism of methanol, amphoterism of methanol Compound A is much mor...

amphoterism of methanol Compound A is much more basic than compound B (charge effect). By the element effect, C is much more basic than A; this follows from the fact that if we

Reaction, how analysis of iodine value

how analysis of iodine value

Physical properties of iodoform or tri-iodomethane, Physical properties of ...

Physical properties of Iodoform or tri-iodomethane (a) Iodoform is a yellow crystalline solid. (b) Iodoform has a pungent characteristic odour. (c) Iodoform is not solubl

What is peroxodisulphuric acid, Q. What is Peroxodisulphuric Acid? It i...

Q. What is Peroxodisulphuric Acid? It is also known as perdisulphuric acid or simply persulphuric acid. The acid can be obtained by the action of chlorosulphonic acid on H 2 0

Nomenclature, how to study nomenclature

how to study nomenclature

Lowest energy to highest, Change the given molecule to a Newman Projection ...

Change the given molecule to a Newman Projection with the C2 carbon at the front and looking down the C2-C3 bonddraw all eclipsed and staggered conformations. Identify the interac

Hydrogen bonding, how H+ ions are formed

how H+ ions are formed

Volume of diatomic gas, Volume of diatomic gas is less than the monatomic g...

Volume of diatomic gas is less than the monatomic gas , although diatomic gas has 2 moles ( 2 times atomes) than monoatomic gas ?? Ans) The answer is derived by avogadros law

Transition elements, Why transition elements form interstitial compound

Why transition elements form interstitial compound

3/9/2013 7:07:59 AM The energy in nth orbit of Hydrogen atom is 13.6/n². In 1st orbit=> E=13.6 eV In 2nd orbit, E=3.4 eV In 3rd orbit, E=1.5 eV Here E₁-E₂ = 10.2 eV AND E₂-E₃ = 1.9 eV THe difference in energy level further goes on decreasing. So energy difference is maximum between 1st and 2nd level.

3/9/2013 7:07:59 AM

The energy in nth orbit of Hydrogen atom is 13.6/n².

In 1st orbit=> E=13.6 eV

In 2nd orbit, E=3.4 eV

In 3rd orbit, E=1.5 eV

Here E₁-E₂ = 10.2 eV AND E₂-E₃ = 1.9 eV

THe difference in energy level further goes on decreasing.

So energy difference is maximum between 1st and 2nd level.

Write Your Message!

Name

Email id

Message

Verfication Code

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!

Submit Assignment

User Account

All Pages

Hydrogen-spectrum, Chemistry

Related Discussions:- Hydrogen-spectrum

Iodine value - analysis of oils and fats, Iodine value - Analysis of oils a...

Amphoterism of methanol, amphoterism of methanol Compound A is much mor...

Reaction, how analysis of iodine value

Physical properties of iodoform or tri-iodomethane, Physical properties of ...

What is peroxodisulphuric acid, Q. What is Peroxodisulphuric Acid? It i...

Nomenclature, how to study nomenclature

Lowest energy to highest, Change the given molecule to a Newman Projection ...

Hydrogen bonding, how H+ ions are formed

Volume of diatomic gas, Volume of diatomic gas is less than the monatomic g...

Transition elements, Why transition elements form interstitial compound

Write Your Message!

Featured Services

Online Tutoring

Project Development

Exam Preparation

Course Help

Assignment Help

Popular Subjects

Assured A++ Grade

Academics

Major Subjects

Majors

Get In Touch

TERMS & POLICIES

HELP & SUPPORT