The maximum number of electrons in an orbital, Chemistry

Assignment Help:

Which of the following principles/rules limits the maximum number of electrons in an orbital to two:

(1)  Aufbau principle

(2) Pauli's exclusion principle

(3) Hund's rule of maximum multiplicity

(4) Heisenberg's uncertainty principle

Ans:Pauli's exclusion principle


Related Discussions:- The maximum number of electrons in an orbital

Types of power sources - atomic emission spectrometry, Types of power sourc...

Types of power sources - atomic emission spectrometry: Three types of power sources have been employed in argon plasma spectroscopy accordingly; there are three different kind

The energy of an electron of 2py orbital, The energy of an electron of 2py...

The energy of an electron of 2py  orbital is: (1) Greater than that of 2p x   orbital (2) Less than that of 2p x   orbital (3) Equal to that of 2s   orbital (4) Same a

Calculation of the power generated by a wind turbine, Calculation of the po...

Calculation of the power generated by a wind turbine: A wind turbine power curve is represented in a simplified manner by: C p is the conversion rate of the turbine:

Show bond lengths, Q. Show Bond Lengths and p Π - d Π bonding? The bo...

Q. Show Bond Lengths and p Π - d Π bonding? The bonds between S and 0 are much shorter than expected for a single bond in its oxides and therefore, may be considered as doubl

Salt analysis, what is the colour of the residue for nickel in charcoal cav...

what is the colour of the residue for nickel in charcoal cavity test

Drying of organic substances - for liquids, For liquids - Drying of Organic...

For liquids - Drying of Organic Substances Organic liquids are usually dried by keeping them over night in contact along with a dehydrating (desiccating) agent that does not re

Illustrate specific heat, Q. Explain Specific Heat and caluclate amount of ...

Q. Explain Specific Heat and caluclate amount of heat transferred? Ans. The amount of heat transferred to a substance depends on three things:      a) amount of the substance

Inorganic, the diagnal relationship in periodic table

the diagnal relationship in periodic table

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