Principal Quantum Number (n)|Azimuthal Quantum Number (l)|Examples|Magnetic Quantum Number|OMR

Principal Quantum Number And Azimuthal Quantum Number

Quantum number is address of an electron in amy atom . They are of four types : (A) Principal quantum number (n) (b) Azimuthal quantum number (l) (c ) Magnetic quantum number (m) (d) spin quantum number (s) prinicial quantum tells us the number of shells . Azimuthal quantum number tells is the name o f sub - shell ./ FOr s,p,f:l = 0,1,2,3 respectively .Magnetic quantum number represents the orientation of sub shell and spn wuantum number repesents the quantum spin states . which opition is not correct accoding to quantam number ?

Quantum number is address of an electron in amy atom . They are of four types : (A) Principal quantum number (n) (b) Azimuthal quantum number (l) (c ) Magnetic quantum number (m) (d) spin quantum number (s) prinicial quantum tells us the number of shells . Azimuthal quantum number tells is the name o f sub - shell ./ FOr s,p,f:l = 0,1,2,3 respectively .Magnetic quantum number represents the orientation of sub shell and spn wuantum number repesents the quantum spin states . Elemetn A has principal quantum number 2 for last electron and it has 3 electrons in valence shell and element B has prinvipal quantum number 3 for last electron and it has 7 electrons in avalence shell . the single central atom ) will be :

Quantum number is address of an electron in amy atom . They are of four types : Principal quantum number (n) Azimuthal quantum number (l) (c ) Magnetic quantum number (m) (d) spin quantum number (s) prinicial quantum (n) : (a) Denoted by n. (b) it can have any positive interger values like 1,2,3,........... Azimuthal quantum number or angulart momentum quantum number or subsidiary quantum number (l) (a) Denoted by l. (B) l can have any value from 0,1,2,... to (n-1) for each value of n {:( "value of l",0,1,2,3,4,5),("Notation of subshell",s,p,d,f,g,h):} MAgnetic quantum number (m or M_(l) ): (a) Denoted by m or m_(1) (B) it can have any value from -l to +l inckluding 0, for each value of l. Spin quantum number (s or m_(s) ) : The value of s is +(1)/(2) and -(1)/(2) which two quantum spin states . Maximum number of electrons in Na with l=0:

Quantum number is address of an electron in amy atom . They are of four types : Principal quantum number (n) Azimuthal quantum number (l) (c ) Magnetic quantum number (m) (d) spin quantum number (s) prinicial quantum (n) : (a) Denoted by n. (b) it can have any positive interger values like 1,2,3,........... Azimuthal quantum number or angulart momentum quantum number or subsidiary quantum number (l) (a) Denoted by l. (B) l can have any value from 0,1,2,... to (n-1) for each value of n {:( "value of l",0,1,2,3,4,5),("Notation of subshell",s,p,d,f,g,h):} MAgnetic quantum number (m or M_(l) ): (a) Denoted by m or m_(1) (B) it can have any value from -l to +l inckluding 0, for each value of l. Spin quantum number (s or m_(s) ) : The value of s is +(1)/(2) and -(1)/(2) which two quantum spin states . Maximum number of electrons in Ne atom with s=-(1)/(2) is :

Quantum number is address of an electron in amy atom . They are of four types : Principal quantum number (n) Azimuthal quantum number (l) (c ) Magnetic quantum number (m) (d) spin quantum number (s) prinicial quantum (n) : (a) Denoted by n. (b) it can have any positive interger values like 1,2,3,........... Azimuthal quantum number or angulart momentum quantum number or subsidiary quantum number (l) (a) Denoted by l. (B) l can have any value from 0,1,2,... to (n-1) for each value of n {:( "value of l",0,1,2,3,4,5),("Notation of subshell",s,p,d,f,g,h):} MAgnetic quantum number (m or M_(l) ): (a) Denoted by m or m_(1) (B) it can have any value from -l to +l inckluding 0, for each value of l. Spin quantum number (s or m_(s) ) : The value of s is +(1)/(2) and -(1)/(2) which two quantum spin states . Maximum electrons in n= 3 in Fe atom are :

Schrodinger Wave Equation|Significance Of Wave Function|Quantum Numbers|Principal Quantum Number (n)|Azimuthal Quantum Number / Subsidiary Quantum Number / Angular Momentum Quantum Number|Magnetic Quantum Number|Summary

Schrodinger Wave Equation|Significance Of Wave Function|Quantum Numbers|Principal Quantum Number (n)|Azimuthal Quantum Number / Subsidiary Quantum Number / Angular Momentum Quantum Number|Magnetic Quantum Number|Summary

Questions|Schrodinger Wave Equation|Significance Of Wave Function|Quantum Numbers|Principal Quantum Number (n)|Azimuthal Quantum Number / Subsidinary Quantum Number / Angular Momentum Quantum Number|Azimuthal Quantum Number|Magnetic Quantum Number|Summary

Shells|On Solving Schrodinger's Wave Equation|Quantum Numbers?|Principal Quantum Number (n)|Significance Of PQN|Azimuthal Or Angular Momentum Quantum Number (I)|Azimuthal Quantum Number|The Magnetic Quantum Number (m)|Relation Between m And I|The Spin Quantum Number (s)|Questions|OMR