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1. YANEEN NEET 3.0
a) 2024

+ Subject - Inorganic Chemistry

+ Chapter - Periodic Table

By- Hitesh Sopra (HS) Sir

2. N
yt

Today’s
Targets

Ú Modern Periodic table
2} Long Form Periodic table

9 Description of Groups & Periods

&

3. D N

Veriodiic Table => The systemabe wuram un
ments um asian order
Le atime Number um hovizentol Rows & Vocal
Columms, So that the propouhes the ments
Cam be umd strod & member d ey

4. MODERN PERIODIC TABLE

TZ. > Homic Number
(6- prick)

«Moseley >

M

Ki Paws (y)

? mers Metal

6

5. ara

PHomi c

wast

|

Atomic
Num ber

6

6. Modern Teriodic dau) > Physical & chanical @
e Fapudias of mem ora
ffercpdie function. of he es.

Nek, > Modem Pervodic Joe A bated TO No.

= AÑ pue
= 5 peda

7. &

LONG FROM PERIODIC TABLE
— 118 Jurmenba
E pouodi , dut
> 4 bles (2,P,d,f ) (er Cnfigurahan of
Net block vg hw di TEN =
Mu elmundo. ment belong t wat por cao, od
im Which Subsheld the Last e enters

8. uw
a
ic

ä Ceamsition Armand) ads,
d-block

Te Ir Tz I c iz »

Es i

“Ésppeprpefienins E
L )

| JOEL. Np || Pu “Am

ET E ===

9. yo Y
a > ®
E |
SD 1 9S Ps as = ad ap 5
adc pcs A$ 58 op 35 1 4
4p 83
9» 15 NS of + ap us Kap

11. y S-bluck laste wilienten um S- Sudeshell

id ive a Iengtennat ng
iB

6

12. oF P blu Uumimda > Lat e entes Am p-Subshell @
(emul — coi = ne mp
x Note >> this blode condoms Mob, ‚Nm metals % Mebbid

Repreruitahünt Elements > All Ss bp beck nouns
One cld vepresandalae Jada

13. X dblk later enters in de So @
grd ec ng ed” ES)

ays vd”
Transition smarts ¿> d-block elements which have

incorn pletely filled mind subshal]

Einen im Hein mund Sad, or Stoble Oxid” Stab .
e fo (wlesedh be Bas Edo

MAD do Kolar incl
Es sen)

14. LD)
Note > d-block email (except goup 12) au cla ®
mes teamstion Ummb:

X [Iblock Jaste= onins im f- subshel?
gero ee „= | DE DE

> obse cld jeux tronsihen Ummd ;

I Uround of Üromium arr c}d roms Uvamic Cents

komm

15. — All drama Uranium

elms ane rada dt

&

16. U. omework J

Slide No. lo
Cor plats Puodic Table
Reis E Con fee

6

17. a
du

mA

6

18. YANEEN NEET 3.0
49) 2024

+ Subject - Inorganic Chemistry

+ Chapter - Periodic Table

By- Hitesh Sopra (HS) Sir

19. 6

Ne Ú Description of Groups €: Periods
wi
2} Identification of Group, Period & Block
©
€
= /

Today’s
Targets

9 IUPAC Naming of New Elements

20. &

LONG FROM PERIODIC TABLE (ño)
120

Fock > 2% men

„dal.
E al > d-block Ulmen

5 À (59-21 > dentado
Jo- 1033 Adimuda

a

21. 8). which othe flowing belongs (dl metals?) O

D: Sot 3 ED % np
EEE
O Fos pg

GER AO Y C

W

x

À

22. YON
8) which que Plowing belongs to tramsition Metals ? ®
O PARRES
A
© ERA 31104 x?
2
SY Ig AU ER) 3%

OS 2% pt 43) ©

Zm

23. 8) ee of the Plowing belongs Lo immer Framsitiem hei

© BR pa a Ca? do by ra
2 a,
@ 8 28 op 3, 3p° Ap ad’? ap! 5% 4g’ x

EO) ue
ORAR pa A al

@) 18" 2° op? a5's pb on 3d'%4p6 5R4 qe 219% at's")

(mM) f

24. 6

\o
DO + 19 1 af 38994 ad ap ss”

10
ad sp cs af Sd” op 35° os TES

26. Depon hen of peusd 7

PERIOD SUBSHELLS FILLED ELEMENTS NO. OF PERIOD NAME

NO, ELEMENTS

1 15 H-He © + SHORTEST
@) 2s, 2p de —Ne 8 + SHORT

5 3s, 3p Na- Ar - SHORT

4 4s, 3d, 4p E= ey 18 + LONG

5 5s, 4d, 5p Rb — Xe 18 > LONG

6 6s, 4f, 5d, 6p Ca — Rm E LONGEST
tL 7s, 5f, 6d, 7p 3 LONGEST*

fy ~ 0,

pi |

27. 6

General Configuration Of a Period :
er) Qu
mA = = a ay (m-Dd mp Qa2

mint tl 0%)
m2 (Yeniod) &)

m=t

D en
4x2 =

28. mn

i

M oy masend mp
E ES
G y 4 5d 6

2 = AS
AG

= 32

e (> >= wehbe
u Von
(I . Gi ts
a
a SAK EI 5

29. [Question |

Find the no. of elements present in G period the periodic table ?
9 LÉ À
9 50 9 72 OS)
ie
B XA Y 447
Total «italy =! 6
dei AS

6

30. [Question |

Find the no. of elements present in ppriod of the periodic table ?

18 9g 32
9

Total orbital, = 1 + ASS RE
Toto e” “Qu
=50

ES
ON
<=
la
Ce]
fies

6

31. [Question |

Find the no. of elements present inf B period of the periodic table if an orbital can

accommodat@ e-D
la] 18 5] 32
Le) 50 9 75

32. YN
®
0) = wd 194 Kunchabvi um
1 = Um nt
9 = 8
ne a= od LO 4
~ M a A)
4 = quad = gr Un + nil + gods im
5 = 9 Ub =——
be he Unmülgundium
aL = pt

Nong,

33. 106
"E

113

|

Urn um ervtausen ( Uum )

Urn md he x ivm ( Umh)
Unumhexium ( Uvh )

PenumocH um ( Uno)

E)

34. Ten ficabion of Gaup Pouod & Blocks 2 x)
m R E o He EJE
ge i 0.1 ven ©
> thon Ahmic Na, 1a given : es
fou No. ME Nol hte =>

Next Noble ir ee
54 Xe = >
CA 60, gc Rm= (

es od
= em ig lle Og 1

35. Camtramaids)5 3-71 > (Y period
(Actno ds ) 90-103 =? 7 “period

Es 59 > dunthomoid

Jar mp

E pau d (MS
63> Lamthomoid pus UB/3
925 Admoid Tverd MW Bl 31

101 Acbmoid «ae

period WD B) 31

&

36. Gmup No.= Givem dlevni — Atomic No al

Go No: Nevt MA

6

E)
Tp
+ Dead
GO Na.= 19433 30
= (5

ee

les

4
Y G No e 2-ES E
=|84 55-46 7

37. 6

fer zn
Pouod = ae

Grmup no = Net 3 db of mi ou
10 Y) -

| T'en

ICO - 10

N y* td

(9 re |

38. 1) whem e-combiqwuhen Is

a on gs)

1) bx = 08" “paf? mp
\Onup no. = = me (Sins en |

per En p-2

mA
1) Pa 6 GE

Qno.= 124 MP

39. Gn Be aptep aa”
A
vez
= 1242 =

d-block > a
; ME?
m- 1-10
ee an md
0 =
(ma ad)
=

Ca A S ? A
ZA =
Ga > y Gs 30 =
. my (mR =
ec = #5 = E

&

40. block = — dymthamoids @=3
Ne Actino lA | —

E)

41. [question | @

What would be the IUPAC name of the element with atomic number!
[Kerala PMT-2015]
La] Unnilbium

oO Ununbium
Le) Unnilunium
9: inilium

42. [Question | ®

xy
The IUPAC name of the element with atomic number 119 is: ( [NEET - 2022]
Um Umemmuurm
9 Unnilbium

Le (A
9 Unnilunium
9 Unbinilium

43. CD Gr

Identify the i ee [NEET - 2020]

NAME IUPAC NAME
(a) Unnilunium ~~ (i) Mendelevium |Q }
(b) Unniltrium _- (ii) Lawrencium - 107
(c) Unnilhexium _— (iii) Seaborgium 106
(iv) Darmstadtium O)

a) (b) - (i) “ 9g (©) - iii)

44. AW:

Find the no. of elements present in 9% period of the periodic table if an orbital can
accommodate 3 e- ?

9 : 9»
9; 9 >

45. a
du

mA

6

46. YANEEN NEET 3.0
49) 2024

+ Subject - Inorganic Chemistry

+ Chapter - Periodic Table

By- Hitesh Sopra (HS) Sir

47. VOY
O
Ú EFFECTIVE NUCLEAR CHARGE (Zeff)

2} SCREENING EFFECT

9 ISOELECTRONIC SPECIES

Today’s
Targets

49. SCREENING EFFECT & Zeff

ER) Ego cli Nuchrar D

or in
Adv) az = L— Si

dea, (ges
chan) ki yi
Z = "miden Chovge/ Momie No
or = Shielding | Screening Cn Sto

50. LD
«Note >> Ze, D the vedad odo chen m test | 10)
> e 4 N

CH 2

Sr | El > Repubrion Immo ehe
AE es

51. ms

Y
va Fr

pe
ultimate

52. epresembadian mm = 0:65]
ASÍ Tromsition aile 01ST
(2) zh mr constant doum the croup (Net cu)

L No kK Rb Ca
iS 22 23 29° 89

53. le > Ze xenamy comstamt down the qe
because im O A oukuumosT e combs
the

atom Jum our some *

a Ov dur 4
00 i D bE KCK NK OC F

ae A 11) Fe 2 RCE
%

In) ln Mate Ma?

@
4

54. œ

ZX

AME
ve

u

NNO NDNA

0070

S

&

55. ISOELECTRONIC SPECIES
APE Uw having Somme mo. de

FS o” NS electronic

€
speda

2
10e- |0e- \De-

Na a aye
l0e= 10e- 10e-

6

56. x

Order ln isvdedvonic Apedes
NY x F Ll nal CR”

E "y SF
(Be |Re- IRe- 1Re=

EK K AE < Ge

U
a

6

57. [question |

Determine the correct order of Z,,,?

Co < Co?* < Co*3
Ca2+ < K+ < Sc3+
F<I<r

0>0>0%

90909

58. 2 ~2- ©)

Screening effect is not observed in : ne
ESHing eect smocouserved in

+ ES E
De (+ er
Ga

59. ON
ATOMIC RADII ®

T+ à the tome blw the oulinmost e” Omd the
Cub el Me much» Jm om isolakid ges dem .

D Size 3 limo \p Mae small. (pm) Gi
Asa, e ame m ig net bfined

6) 6 solados] um arm 1 mun dficut}

60. Ae FHomic Rad"

O Covalmt Racdiws

ad @ Metodlic Radud

E) \omdix Wad) Radius
=) Tonic Rodiw>

6

61. Image of an Hydrogen
Atom

62. a
du

| baba

6

63. YANEEN NEET 3.0
49) 2024

+ Subject - Inorganic Chemistry

+ Chapter - Periodic Table

| By- Hitesh Sopra (HS) Sir

64. Ne Ú ATOMIC RADII
E

2} VARIATION OF SIZE IN GROUP &
PERIOD

=,
Today’s
Targets

6

66. ATOMIC RADII

© Covalmt Bnd
© Mdallc Bord
© \amdlın Wook Kr

[© Tonic Rond

ya)

>

&

67. Image of an Hydrogen
Atom

68. Types Of Atomic Radii

(i) Covalent Radius :
> depred foo New-Metals Gal

—2> Internucleat
distance

—> Covalent
radii

6

69. Du-u > 1987
6. = ee LE

core D+ Bilrodialomic oleo. CR

E Stevenson A % Schomak ena Soren ws ai

Ar = te 0.09 (VEN ) |

BL
N mt covalent Lino EN. diffouma
win 8. blo 12%

70. ce -
(ii) Metallic Radius : Mosrumg Lom
=> defimed ia rm éh als,

> alto c|d Cyst vadéu conde

fa Pads Ol ere o
Metal Bond Stren esse

Melle Bord stromst of \olmal Be - a
‘ pec ln =

71. (iii) Vander Waal Radius :
Tmeut ga Tahun

=) Ar sy defiosd ES Noble

Non Metal.

pe &

6

74. ii Y
T) Clinic Radin
A—= pp 4er
che
a Al Eos ve
Cd of Size
ID

6

D) fnac Radius

Bre —= PP
Aum

CR Re 0”
ora of Size’ >
ELSE

75. =

oO om
ONIL
AAD A En an van

akin abel rien

6

76. : ® Size ve QD
O Orla az
+ she > +4
nat» m 2 AL o S) isoebuct mac
10 10 10 o)

ro’ Ne

10 10 VG

an 43 42 à
sue m Cie CF 0 a

77. Variation Of Size in Group & Period

7) Tn fand > (ZUR

Size %

ee
a
% VAR

ty HEDE)O NS OD ce
Gi Size |

6

78. aT o
UN) m a (mue © . se
Y ss di mo. shell (en) ]
Size X mo Shell» N size}
K
Rb

w CNC KC REC Cs
Be (Ma (Ca (Sy (Ba C3

F CA CBr CAL

79. [atom pero m | u | me |» |
[atome ratos | 152 | [es |
DIE RE NES

=> == |
A]
== === ZZ
01000601]

Atom Atomi Atom Atom
(Group 1) Radius (Group 17) Radius

80. Ae
Atomic number (Z

—— C(262)
Rb(244)

(231)

Pi
Na(186)

11133)
(11
CI(99)

F(72)

Atomic number (2)

Fig. 3.4 (a) Variation of atomic ra Fig. 3.4 (b) Variation of

atomic number acrc

81. In general, the tonic radii of elements exhibit
the same trend as the atomic radil. A cation is
smaller than its parent atom because it has
fewer electrons while its nuclear charge remains
the same. The size of an anion will be larger
than that of the parent atom because the
addition of one or more electrons would result
in increased repulsion among the electrons
and a decrease in effective nuclear charge. For
example, the tonic radius of fluoride ton (F ) ts
136 pm whereas the atomic radius of fluorine
is only 64 pm. On the other hand, the atomic
radius of sodium 1s 186 pm compared to the
ionic radius of 95 pm for Na”

82. Problem 3.5

Which of the following species will have
the largest and the smallest size?
Mg. Mg?*, = \ —_)

Solution

Atomic radii decrease across a period o +>
Cations are smaller than their parent Mg ; Al

atoms. Among isoelectronic species, the

one with the larger positive nuclear charge M > Al
+

will have a smaller radius.

Hence the largest species is

smallest one Is Al

83. [question |

The correct order of radii is
N<Be<B X
F-<0-<N <=

a<Li<K x

1

DE

909099

Fe3* < Fe?* < Fe*

84. [Question |

Which of the following sequences is correct for decreasing order of ionic

radius -
9 rower a

7

Oo I- > Se? > 0-2 > Br- > F-

Le) Se-? > I- > Br- >F- > 072
Ge Y = =? -
Y I- >Se~? > Br- > 0-2> F- 1 > Se 2 Ry 29 Fr

85. [question |

Arrange the elements S, N, Be, Mg and Al in the increasing order of their
atomic size:

La] N<Be<Al<Mg&s pa A
Y 2: Be<N<Al<S<MÉ N CBe

N<S < Be < AI < Mg

p Ken enene)
a
==> ==>

86. a
du

mA

6

87. YANEEN NEET 3.0
a) 2024

+ Subject - Inorganic Chemistry

+ Chapter - Periodic Table

By- Hitesh Sopra (HS) Sir

88. 6

ÓN Y" IMPORTANT ORDERS OF SIZE

| 2 PD & SCANDIDE CONTACTION

=,
Today’s
Targets

90. ATOMIC RADII

6

91. IONIC RADII |
Sime Ce I

(2e, COMTE
He

6

92. Variation Of Size in Group & Period

Vesuod | EHD > ¢

Size y

Gap Te

SES
Bitte

Yo 8) Shells )

6

93. FEW IMPORTANT ORDERS

P-blok > FLUX By TCA
en OC SC SET P,
NC PCA RC SEC RI
CCS Cet Sud Ph

He (nec € NT xel Ral 9

&

94. >
nal, 2 8 MG) Imc TL

‘ x ere

Ordır E Sor =

ol
2 SN

IZ [ey zn

Se

E)

RR sp Ca y

95. Scomdide| Tromsition Comb oction > (mitreden im size @

Ga due to poor
San 4 de cd Scomda de | Transition Coilodbin

we size à AL Ga (o a

96. - Blok a Vero

A

ausm:
Sc) m) V)G) Min Fe

à > 24] & =| ®

AORN (al Zm

3d” 3d"

24) 6 q e
Ha ba

97. u

e CC da (ro. she 1 size 1 )

ists

===,

&

98. DN
Lomthomoid Cwitvachion 3> ma, Y
Vv

.H - [x FREE 7d o
Mi poor o)

ee)
Size > Lam" am oid Comba acum

oda Sizes fad (ad sd

99. &

Ackinoid ? domtnomoid Scamddu | Tramsition
(tr a chan Comtyoctiom Cont» action

Jablodk © > pudo 4 ic Radin a

(Be un . ee is

100. 6

Ionic Radius (f-block) :

La*?)ce*3) Pr) Nd?) Pm*3) Sm*3) Eu*3) Ga’? Tb?) Dy D Ho") Er‘ mes 10
ur