Phaladeepika - appendix 2

Ap_‘w 2 (jUv_ehpw N{μ{Inb apXembhbpw) 613
Language : Malayalam
PHALADEEPIKA
(INDIAN ASTROLOGY)
APPENDIX - 2
STRENGTH OF PLANETS
(contd..)
AUTHOR
MANTRESWARA

^eZo]nI 614
Ap_‘w 2
jUv_ew : KWnXw
hnjbhnhcw
1. ssk¿§nI_ew (Natural / Permanent Streangth)
2. ZnKv_ew (Directional Streangth)
3. ZrIv_ew (Aspect Streangth)
4. tNjvSm_ew (Motional Streangth)
5. ÿm_ew (Positional Streangth)
(1) D®_ew
(2)k]vXh¿§P_ew
(3)HmPbp‹cmiywi_ew
(4)tI{μ_ew
(5)t{Z°mW_ew
6. Ime_ew (Temporal Streangth)
(1) tXm∂X_ew
(2)]£_ew
. (3){Xn`mK_ew
(4)A_vZ_ew
(5)amk_ew
(6)hmc_ew
(7)tlmcm_ew
(8)Ab_ew
(9)bp≤_ew
DZmlcWPmXIw:
kqcy≥ N{μ≥ IpP≥ _p[≥ hymgw ip{I≥ in
{Klkv^pSw:
`mK˛Iebn¬ 55T
˛31’ 50T
˛49’ 5T
˛42’ 48T
145T
˛26’ 10T
˛46’ 77T
˛51’
*ZimwiØn¬ 55.52T
50.82T
5.70T
48T
145.43T
10.77T
77.85T
*jUv_eKWnXØnv ChnsS `mK˛Iebv°p ]Icw `mK, ZimwitØmsS,
D]tbmKn°p∂p.

1. ssk¿§nI_ew
{KlßfpsS kzm`mhnI_eamWv nk¿§_ew. G‰hpw IqSpX¬ ssk¿§nI_ew
kqcymWv. ( 1 cq] AYhm 60 jjvSywiw). kqcy≥, N{μ≥, ip{I≥ Kpcp, _p[≥, IpP≥
in F∂ {IaØn¬ CXp Ipd™p hcp∂p.
{Klw in IpP≥ _p[≥ hymgw ip{I≥ N{μ≥ kqcy≥
Ap]mXw 60$1/7 60$2/7 60$3/7 60$4/7 60$5/7 60$6/7 60$7/7
_ew 8.57 17.14 25.70 34.28 42.85 51.43 60
ssk¿§nI_ew ÿncamWv. AXv F√m PmXIØnepw CXp t]meØs∂ hcpw.
DZmlcWPmXIØn¬ {KlßfpsS nk¿§_ew:
{Klw kqcy≥ N{μ≥ IpP≥ _p[≥ hymgw ip{I≥ in
_ew 60 51.43 17.14 25.70 34.28 42.85 8.57
2. ZnKv_ew
PmXIØn¬ tI{μ`mhßfn¬ ÿnXn hcptºmƒ {Klßƒ°p In´p∂ _eamWv
ZnKv_ew. Xn°p ]d™n´p≈ `mhØns‚ a≤y Øn¬ n¬°ptºmƒ Hcp {KlØnp 1
cq] AYhm 60 jjvSywiw ZnKv_eap≠v. ZnKv_eap≈ tcJmwiØns‚ 180T
˛bn¬ _ew
iqy ambncn°pw. CXnnSbv°p≈ ÿnXnbpsS _ew ss{XcminIw sNbvXv (aq∂psIm≠p
lcn®v) ImWWw.
mep ]SnIfnembn thWw Cu _ew ImWm≥.
1. {Klßƒ°p ]q¿Æ_ew In´p∂ ÿmw (`mha≤yw) ImWpI
2. AXn¬n∂pw 180T
Ipd®v 0 _ew In´p∂ ÿmw ImWpI.
3. 0 _ew hcp∂ tcJmwiØn¬n∂pw {Klkv^pSw Ipd®v hyXymkw ImWpI.
4. Cu hyXymksØ aq∂psIm≠p lcn°pI.
DZmlcWPmXIØnse `mha≤yw
tI{μ`mhßƒ 1 7 10 4
AhnsS _eap≈ {Klßƒ _pKp a cIp Nip
DZm. `mha≤yw 343.30 163.30 252.01 72.01
1. Hmtcm {KlØnpw _ew In´p∂ ÿmßƒ
{Klw kqcy≥ N{μ≥ IpP≥ _p[≥hymgw ip{I≥in
`mhw 10 4 10 1 1 4 7
`mha≤yw 252T
-˛01 72T
˛01 ’ 252T
˛01 ’ 343T
˛30’ 343T
˛30’ 72T
˛01 ’ 163T
˛30 ’
(+) ˛ 360 * ˛ ˛ ˛ 360* 360*
BsI 252˛01 432.01 252˛01 343T
˛30’ 343T
˛30’ 432.01 523.30
*180T
˛¬ Ipdhp≈nSØv 360 Iq´Ww

^eZo]nI 616
2. ]qPyw _ew In´p∂ ÿmßƒ
BsI 252˛01 432.01 252˛01 343T
˛30 343T
˛30 432.01 523.30
(˛˛) 180T
- 180T
- 180T
- 180T
- 180T
- 180T
- 180T
-
iqyw_ew72T
˛01 252T
˛01 72T
˛01 163T
˛30 163T
˛30 252T
˛01 343T
˛30
3. `mhkv^pShpw {Klkv^pShpw XΩnep≈ hyXymkw.
`mhkv^pSw72T
01 ’ 252T
01’ 72T
01’ 163T
30’ 163T
30’ 252T
01’ 343T
30 ’
(˛˛){Klkv^pSw 55T
31 50T
49’ 5T
42’ 48T
145T
26’ 10T
46’ 77T
51
hyXymkw 16T
30 ’ 201T
12* 66T
19’ 115T
30’ 18T
5’ 241T
15* 265T
79*
360* 360* 360*
˛˛201T
˛12* ˛˛241T
15 ˛˛265T
79*
16T
.30 158T
.48 66T
.19 115T
.30 18T
.5 118T
45 94T
21
(*180T
Un{Knbn¬ A[nIap≈ hyXymkw 360T
˛¬n∂pw Ipdbv°pWw.)
4. ZnIv _ew (hyXymkØns‚ aq∂nsem∂v )
hyXymkw 16T
.30 158T
.48 66T
.19 115T
.30 18T
.5 118T
45 94T
21
aq∂nsem∂v 5T
˛30’ 52T
˛56’ 22T
˛7’ 38T
˛30’ 6T
˛1’ 39T
˛35’ 31T
˛27’
ZimwiØn¬ 5T
.50 52T
.93 22T
.11 38T
.50 6T
02 39.T
58 31.T
45
DZmlcWPmXIØnse {KlßfpsS ZnKv_ew (ZimwiØn¬) :
ZnIv _ew 5.50 52.93 22.11 38.50 6˛02 39.58 31.45
3. ZrIv_ew
(1) ]q¿ÆZrjvSn : ]q¿ÆZrjvSn_ew ImWp∂ coXn
1. tm°p∂ {KlØns‚ tcJmwiw tm°s∏Sp∂ {KlØns‚
tcJmwiØn¬n∂pw Ipd®v ZrjvSntI{μw ImWpI.
2. Cu ZrjvSntI{μw sh®v Xmsg sImSpØn´p≈ ]´nIbn¬n∂pwZrjvSnaqeyw ImWpI.
CXmWv B {KlØns‚ ZrjvSn_ew
1. ZrjvSnaqeyw ImWp∂Xnp≈ tS_nƒ:
tm°p∂ {KlØn¬n∂pw˛
(1) 0T
˛ 30T
= ZrjvSn C√.
(2) 30T
-˛ 60T
= (ZrjvSn tI{μw ˛˛ 30)/2
(3) 60T
˛ 90T
= (ZrjvSn tI {μw˛˛ 60) + 15
(4) 90T
˛ 120T
= (120 ˛ ZrjvSn tI{μw)/2 + 30
(5) 120T
˛ 150T
= 150 ˛˛ ZrjvSn tI{μw
(6) 150T
˛ 180T
= (ZrjvSn tI{μw ˛˛ 150)
(7) 180T
˛ 300T
= (300 ˛ ZrjvSn tI{μw)/2
(8) 300T
˛ 360T
= ZrjvSn C√.

2. ZrjvSn hym]vXn
{Klßƒ°p 2 apX¬ 10 hsc `mhßfntebv°v (30T
- -˛ pw 300T
˛ pw
CSbv°p≈ ÿetØbv°v) ZrjvSnbp≠v.
11, 12, 1 `mhßfntebv°v (300T
-˛pw 30T
˛pw CSbv°p≈ ÿetØbv°v)
ZrjvSnbn√.
3. DZmlcWPmXIØnse ZrjvSntI{μßfpw ZrjvSnaqeyhpw
( * {Klkv^pSw ZrjvSntI{μtØ°mƒ Ipdhp≈nSØv 360 Iq´Ww..)
(1) kqcyZrjvSn
kqcyv N{μv IpPv _p[v hymgv ip{Iv inbv°v
{Klkv^pSw ˛ 50.82T
5.70T
48T
145.43T
10.77T
77.85T
+ ˛ 360* 360* 360* ˛ 360* ˛
BsI = ˛ 410.82 365.70 408. - ˛ 370.77 ˛
(˛˛) kqcykv ˛ 55.52 55.52 55.52 55.52 55.52 55.52
(=) ZrjvSntI{μw ˛ 355.30 310.18 352.48 89.91 315.25 22.33
ZrjvSnaqeyw ˛ $ $ $ (3) $ $
CXn¬ hymgØnp am{Xta kqcyZrjvSnbp≈q. Cu ZrjvSnbpsS aqeyw apIfnse
]´nIbn¬n∂pw ImWWw. hymgØnp In´p∂ kqcy ZrjvSnbpsS (89.91) aqeyw :
60T
˛ 90T
= (ZrjvSn tI{μw˛˛ 60) + 15
ZrjvSn tI{μw = 89.91
60 Ipdbv°Ww ˛˛ 60
_m°n = 29.91
AXntmSp 15 Iq´Ww + 15 = 44.91T
hymgØnp In´p∂ kqcyZrjvSnbpsS _ew= 44.91T.
kqcy≥ ]m]mbXnm¬ = (˛˛) 44.91T.
(2) N{μZrjvSn
kqcyv N{μv IpPv _p[v hymgv ip{Iv in°v
{Klkv^pSw 55.52T ....
5.70 48T
145.43 10.77T
77.85T
˛ ˛ 360 360 ˛ 360 ˛
˛ ˛ 365.70 408 ˛ 370.77 ˛
N{μkv^pSw 50.82T
.... 50.82T
50.82T
50.82T
50.82T
50.82T
ZrjvSntI{μw 4.70 .... 314.88 357.18 94.61 319.95 27.03
ZrjvSnaqeyw $ .... $ $ (4) $ $
N{μZrjvSn hymgØnpam{Xw. ZrjvSnaqeyw ]´nIbnse (4) {]Imcw ImWWw.
90T
˛ 120T
= (120 ˛ ZrjvSn tI{μw) /2 + 30
120 ˛˛ 94.61 = 25.39
25.39/2 = 12.70

^eZo]nI 618
N{μZrjvSn (hymgØnv) 12.70+ 30 = 42.70
N{μ≥ Cu PmXIØn¬ ]m]mbXnm¬ (˛˛) 42.70
((3) IpPZrjvSn
{Klkv^pSw 55.52T
50.82T
˛ 48T
145.43T
10.77T
77.85T
IpPkv^pSw 5.70 5.70 ˛ 5.70 5.70 5.70 5.70
ZrjvSntI{μw 49.82 45.12 .... 42.30 139.73 5.07 72.15
ZrjvSnaqeyw (2) (2) .... (2) (5) $ (3)
IpPZrjvSn (˛˛)9.91 7.56 ˛˛ 6.15 10.27 ˛˛ 27.15
(4) _p[ZrjvSn
{Klkv^pSw 55.52T
50.82T
365.70T
.... 145.43T
370.77T
77.85T
_p[kv^pSw 48T
48T
48T
. ... 48T
48T
48T
ZrjvSntI{μw7.52 2.82 317.70 .... 97.43 322.77 29.85
ZrjvSnaqeyw $ $ $ .... (4) $ $
Kpcphnv _p[ZrjvSn
_p[≥ Cu PmXIØn¬ ]m]mbXnm¬ ]m]ZrjvSn (˛˛) 41.58
(5) KpcpZrjvSn
{Klkv^pSw 415.52T
410.82T
365.70T
408T
.... 370.77T
77.85T
Kpcpkv^pSw 145.43T
145.43T
145.43T
145.43T
.... 145.43T
145.43T
ZrjvSntI{μw 270.09 265.39 220.27 262.57 ... 225.34 292.42
ZrjvSnaqeyw (7) (7) (7) (7) .... (7) (7)
ip`ZrjvSn 14.96 17.31 39.87 18.72 .... 37.33 3.79
(6) ip{IZrjvSn
{Klkv^pSw 5.52T
50.82T
365.70T
48T
145.43T
.... 77.85T
ip{Ikv^pSw 10.77 10.77 10.77 10.77 10.77 .... 10.77
ZrjvSntI{μw 44.75 40.05 354.93 37.23 134.68 ... 67.08
ZrjvSnaqeyw (2) (2) $ (2) (5) ... (3)
ip`ZrjvSn .38 5.03 .... 3.62 15.32 ... 22.08
(7) inZrjvSn
{Klkv^pSw 415.52T
410.82T
365.70T
408T
145.43T
370.77 ....
inkv^pSw 77.85T
77.85T
77.85T
77.85T
77.85T
77.85T ....
ZrjvSntI{μw 337.67 332.97 287.85 330.15 67.58 292.92 ....
ZrjvSnaqeyw $ $ (7) $ (3) (7) ...
inZrjvSn(˛˛)... ... 6.07 ... 22.58 3.54

(2) hntiZrjvSn
{Klw hntijZrjvSn ZrIv_ew jjvSywiw
IpP≥ 4˛8, 1/4 15
Kpcp 5˛9, 1/2 30
in 3˛10 3/4 45
1) IpPs‚ hntijZrjvSn
4 8
90 ˛ 120 210 ˛ 240
IpPkv^pSw + 5.70 5.70 5.70 5.70
--95.70 125.70 215.70 ˛ 245.70
{Klkv^pSw: 55.52T
50.82T
5.70T
8.00T
145.43T
10.77T
77.85T
IpPZrjvSn ˛˛ ˛˛ ˛˛ ˛˛ ˛˛ ˛˛ ˛˛
Hcp {KlØns‚ kv^pShpw IpPs‚ ta¬∏d™ ho£W tImWØn¬ hcp∂n√
AXnm¬ DZmlcWPmXIØn¬ Hcp {KlØnpw IpPs‚ hntijZrjvSn C√.
2) KpcphntijZrjvSn
5 9
120 ˛ 150 240 ˛ 270
Kpcpkv^pSw + 145.43 145.43 145.43 145.43
265.43 295.43 385.43˛ 415.43
(25.43˛55.43)
{Klkv^pSw: 55.52T
50.82T
5.70T
48.00T
145.43T
10.77T
77.85T
hntijZrjvSn ˛ 30 ˛˛ 30 ˛˛ ˛˛ ˛˛
3) in hntijZrjvSn
3 10
60 ˛ 90 270˛300
aμkv^pSw + 77.85 77.85
137.85˛167.85 347.85˛377.85 (17.85)
Klkv^pSw 55.52T
50.82T
5.70T
48.00T
.43T
10.77T
77.85T
nZrjvSn ˛ ˛ 45 ˛ 45 45 ˛˛
3. ZrIv_ew kΩdn
1. ip`ZrjvSn
hymgw 14.96 17.31 39.87 18.71 .... 37.34 3.79
hntijZr ˛30 ˛ 30 ˛ ˛ ˛ -˛
ip{I≥ 7.38 5.02 ˛ 3.62 15.33 ˛ 22.09
ZrjvSn_ew 22.34 52.34 39.87 52.34 15.33 37.34 25.88
137

êZo]nI 620
2. ]m]ZrjvSn
kqcy≥ ... .... .... .... 44.91 .... ....
N{μ≥ .... .... .... .... 42.70 .... ....
IpP≥ 9.91 7.56 .... 6.16 10.27 .... 27.15
_p[≥ .... .... .... .... 41.29 .... ....
in .... .... 6.07 .... 22.59 3.54 ˛
hntijZr .... .... 45 .... 45 45 ˛
ZrjvSn_ew ˛9.91 ˛7.56 ˛51.07 ˛6.16 ˛206.76 ˛ 48.54 ˛ 27.15
DZmlcWPmXIØnse ZrIv_ew
ip`_ew (+) 22.34 52.34 39.87 52.34 15.33 37.34 25.88
]m]_ew (˛) 9.91 7.56 51.07 6.16 206.75 48.54 27.15
ZrjvSn]nfiw 12.43 44.78 - ˛˛11.20 46.18 ˛191.42 ˛11.20 1.27
Zr. _ew(1/4) 3.11 11.19 ˛˛ 2.80 11.55 ˛ 47.86 ˛2.80 ˛0.32
4. tNjvSm_ew
IpP≥, _p[≥, hymgw, ip{I≥, in F∂o A©p Xmcm{Klßƒ°p h{IKXnbn¬
In´p∂ _eamWv tNjvSm_ew. tNjvSm_ew ImWp∂Xnv bYm¿∞kv^pSw, icmicnkv^pSw,
iot{Lm®w, tNjvSmtI{μw Ch BhiyamWv.
1. bYm¿∞kv^pSw.
DZmlcWPmXIØnse {Klkv^pSw
{Klkv^pSw: kqcy≥ ˛ IpP≥ _p[≥ hymgw ip{I≥ in
`mK˛Iebn¬ 55T
˛31’ ˛ 5T
˛42 ’ 48T
145T
˛26 ’ 10T
˛46 ’ 77T
˛51’
ZimwiØn¬ 55.52T
˛ 5.70T
48T
145.43T
10.77T
77.85T
2. icmicnkv^pSw
Hcp {KlØns‚ {]Z£nWhgn ]mfn®bn√mØXpw IrXyamb hrØmIrXnbnep≈
XpamsW∂ k¶¬∏Ønep≈XmWv icmicn kv^pSw. CXp ImWp∂Xnp≈ Ffp∏Ønv
]ńIIƒ e`yamWv. F∂m¬ ChbpsS ASnÿmw D÷bnn tcJmwiØn¬ (76T
E), 1˛1˛1900
A¿≤cm{Xn kabamWv. AXpsIm≠v Cu ]ńIIfn¬n∂pw PØnbXnbnse
icmicnkv^pSw ImWp∂Xnv BZyambn 1˛1˛1900 apX¬ PØnbXnhsc Ign™pt]mb
Znhkßƒ KWn s®Sp°Ww.
2 (1) 1˛1˛1900 apX¬ Pkabwhsc
sN∂ Znhkßƒ ImWp∂ hn[w:
DZmlcWPmXIØnse Pw 10˛6˛1945, 1˛36 F.Fw. BbXnm¬ 1˛1˛1900
A¿≤cm{XnapX¬ 10˛6˛1945, 1˛36 F.Fw. hsc Ign™ kabamWv ImtW≠Xv.
(1) 1- ˛ 1 ˛ 1900 apX¬ 10 ˛ 6 ˛ 1945 hsc
138

BsI sN∂ h¿jßƒ (1945 ˛˛ 1900) ˛ 45
(2) 45 h¿jsØ Znhkw (45$ 365) = 16425 Znhkßƒ
(3.) A[nh¿jßfnse A[nIZnhkßƒ = 12 Znhkßƒ
(4) 1˛1˛1945 apX--¬ 9˛6˛1945 hsc = 160 Znhkßƒ
(5) BsI ˛ 16597 Znhkßƒ
(6) A¿≤cm{XnapX¬ Pw hscbp≈ kabw:
1945 Pq¨ 9˛mw XnbXn A¿≤cm{XnapX¬ Pwhsc sN∂Xv:
1 aWn°q¿ 36 ann‰v. F∂m¬ ]´nIbnse icmicnkv^pSw D÷bnn kabØnmIbm¬,
C¥y≥ Ãm≥tU¿Uv kabhpw D÷bnn kabhpw XΩnep≈hyXymkw Apkcn®v Cu
kabsØ am‰Ww.
tcJmwiØnse Un{Knsb kabam°m≥: 1T
= 4 ann‰v
C¥y≥ kv‰m≥Um¿Uv kabØns‚ tcJmwiw 82T
˛30’
D÷bnnkab.Øns‚ tcJmwiw 76T
hyXykw 6˛30’
6T
˛30’ s kabam°ptºmƒ 6˛30$ 4 26 ann‰v
Pkabamb 1 aWn°q¿ 36 ann‰n¬n∂pw 26ann‰v Ipdbv°p tºmƒ 1 aWn 10
ann‰v AYhm 70 ann‰vv In´pw. CXns 24 aWn°q¿ (1440 ann‰v) sIm≠p lcn®v Bhiyamb
Znhk`mKw ImWWw.
2 (2) icmicnkv^pSw ImWp∂Xnp≈ ]´nIIƒ
h{Itam AXpaqeap≈ tNjvSm_etam Cs√¶nepw kqcys‚ icmicnkv^pSw ImWWw.
ImcWw AXmWv _p[ip{I∑-mcpsS icmicnkv^pShpw IpP≥ hymgw, in ChcpsS
iot{Lm®hpw.
icmicnkv^pSw : kqcy≥
1˛1˛1900˛se (0 aWn°q¿, 76o
E) icmicnkqcykv^pSw: 257.4568T
bqWn‰v 100 1000 10000
1 0.9856 98.5602 265.6026 146.0265
2 1.9712 197.1205 71.2053 272.0531
3 2.9568 295.6808 76.8080 48.0796
4 3.9524 34.2411 342.4106 184.1062
5 4.9280 132.8013 248.0133 320.1327
6 5.9136 231.3616 153.6159 96.1593
7 6.8992 329.9218 59. 2186 232.1868
8 7.8848 68.4821 324.8212 8.2124
9 8.8704 167.0424 230.4239 144.2389
139

^eZo]nI 622
DZmlcWPmXIØn¬ kqcys‚ icmicnkv^pSw
1˛1˛1900 se icmicnkv^pSw ˛ 257.4568
CXns‚IqsS 1˛1˛1900 apX¬ 9˛6˛1945 hsc bp≈ 16597 ZnhksØ am‰w tN¿°Ww.
257.4568
10000 146.0265
6000 153.6159
500 132.8013
90 88.704
7 6.8992
1a 10an0.04791
BsI785.55. CXn¬ D≈ 360T
Iƒ Ipdbv°ptºmƒ ˛˛ 720
= 65.55
DZmlcWPmXIØnse kqcy≥, _p[≥, ip{I≥ ChcpsS icmicn kv^pShpw
CXpXs∂. Cn IpP≥, Kpcp, inChcpsS icm icn kv^pSw ImWWw.
icmicnkv^pSw : IpP≥
-1˛1-˛1990 : icmicnkv^pSw: 270.22T
bqWn‰v 100 1000 10000
1 0.524 52.40 164.02 200.19
2 1.048 104.80 328.04 40.39
3 1.572 157.21 132.06 240.58
4 2.096 209.61 296.08 80.78
5 2.620 262.01 100.10 280.97
6 3.144 314.41 264.12 121.16
7 3.668 6.81 68.14 321.36
8 4.192 59.22 232.55 161.55
9 4.716 111.62 36.17 1.74
icmicnkv^pSw : Kpcp
icmicnkv^pSw (1˛1˛1900) : 220.04
bqWn‰v 10 100 1000 10000
1 .08 0.83 8.31 83.1 110.96
2 .17 1.66 16.62 166.19 221.96
3 .25 2.49 24.93 249.29 332.89
4 .33 3.32 33.24 332.39 83.85
5 .41 4.15 41.55 55.48 194.82
6 .50 4.99 49.86 138.58 305.78
7 .58 5.82 58.17 221.67 56.74
8 .66 6.65 66.58 304.77 167.71
9 .75 7.48 74.79 78.87 278.67
140

icmicnkv^pSw : in
1˛1˛1900 icmicnkv^pSwn 236.74
bqWn‰v 10 100 1000 10000
1 .03 .33 3.34 33.44 334.39
2 .07 .67 6.59 66.88 308.79
3 .10 1.00 10.03 100.32 283.18
4 .13 1.34 13.38 133.76 257.57
5 .17 1.67 16.72 167.20 231.97
6 .20 2.01 20.06 200.64 206.36
7 .23 2.34 23.41 234.08 180.75
8 .27 2.68 26.75 267.51 155.14
9 .30 3.01 30.10 300.95 129.54
DZmlcWPmXIØn¬ {KlßfpsS icmicnkv^pSw:
{Klw kqcy≥ IpP≥ _p[≥ hymgw ip{I≥ in
kv^pSw
ZimwiØn¬ 55.52T
5.70T
48T
145.43T
10.77T
77.85T
1˛1˛1990˛¬ ˛ 270.22 ˛ 220.04 ˛ 236.74
1˛1˛1990p tijw (16597 ZnhkØn)v
10000 ˛ 200.19 ˛ 110.96 ˛ 334.39
6000 ˛ 264.12 ˛ 138.58 ˛ 200.64
500 ˛ 262.01 ˛ 41.55 ˛ 16.72
90 ˛ 47.16 ˛ 7.48 ˛ 3.01
7 ˛ 3.66 ˛ 0.58 ˛ 0.23
1a 10an ˛ 0.02 ˛ 0.00 ˛ 0.00
BsI ˛ 1047.39 ˛ 519.19 ˛ 791.73
Id£≥* ˛ ˛˛ ˛ (˛˛)3.63 -˛ (+)5.04
_m°n ˛ 1047.39 ˛ 515.56 ˛ 796.77
˛-˛360/720 720 ˛ 360 ˛ 720
icmicn/ 65.55 327.39 65.55 155.56 65.55 76.77
Id£≥ *
kqcy≥ IpP≥ ˛ hymgw ˛ in
1˛1˛1900 ˛ ˛ -˛ -˛˛ 3.33 ˛ +5
1˛1˛1900 apX¬ ˛ ˛ ˛ .0067 ˛ 001
Ph¿jwhsc ˛ ˛ ˛ $ ˛ $
(1945˛˛1900)= 45 ˛ ˛ ˛ 45 ˛ 45
˛ ˛ ˛ 0.301 ˛ 0.045
-˛ ˛ ˛ -˛˛ ˛ ˛˛04
˛ ˛ ˛ - (˛) 3.63 ˛ (+)5.04
141

êZo]nI 624
3. iot{Lm®w
kqcys‚ icmicnkv^pSamWv IpP≥, hymgw, in ChcpsS iot{Lm®w. _p[≥, ip{I≥
ChcpsS iot{Lm®w 5, 6 ]ńIIfn¬ n∂p ImWWw.
iot{Lm®w ImWp∂Xnp≈ ]ńIIƒ
6 (1) iot{Lm®w : _p[≥ (1˛1˛1900se ÿnXn ˛ 164 o
)
bqWn‰v 10 100 1000 10000
1 4.09 40.92 49.23 133.32 243.18
2 8.18 81.84 98.46 264.64 126.36
3 12.28 122.77 147.69 36.95 9.54
4 16.37 163.69 196.93 169.27 252.72
5 20.46 204.62 246.16 301.59 135.90
6 24.55 245.54 295.39 73.91 19.08
7 28.65 286.46 344.62 206.34 262.26
8 32.74 327.38 33.85 338.54 145.44
9 36.83 8.31 83.09 110.86 28.63
iot{Lm®w : ip{I≥ (1˛1˛1900se ÿnXn: 328.51o
)
bqWn‰v 10 100 1000 10000
1 1.60 16.02 160.21 162.15 181.46
2 3.20 32.04 320.43 324.29 2.93
3 4.81 48.06 120.64 246.44 184.39
4 6.41 64.09 280.86 288.52 5.86
5 8.01 80.11 81.07 90.73 187.32
6 9.61 96.13 241.29 252.88 8.87
7 11.21 116.15 41.50 55.02 190.25
8 12.82 128.17 201.72 217.17 11.71
9 14.42 144.19 1.93 19.32 193.18
DZmlcWPmXIØnse iot{Lm®ßƒ
IpP≥ _p[≥ Kpcp ip{I≥ in
1˛1˛1990˛¬ ˛ 164.0 ˛ 328.51 ˛
1˛1˛1990p tijw (16597 ZnhkØnv )
10000 ˛ 243.18 ˛ 181.46 ˛
6000 ˛ 73.91 ˛ 252.88˛
500 ˛ 246.16 ˛ 81.07 ˛
90 ˛ 8.31 ˛ 144.19 ˛
7 ˛ 28.65 ˛ 11.21 ˛
1a 10an ˛ 0.19 ˛ 0.07 ˛
BsI ˛ 764.40 ˛ 999.32 ˛
142

BsI ˛ 764.40 ˛ 999.32 ˛
Id£≥
˛ (+) 6.61 ˛ (˛)5.01 ˛
_m°n ˛ 771.01 ˛ 994.31 ˛
˛-˛360/720 ˛ 720 ˛ 720 ˛
iot{Lm®ßƒ 65.55 51.01 65.55 274.31 65.55
Id£≥ *
_p[≥ -˛ ip{I≥
1˛1˛1900 ˛ - +6.67 ˛- ˛˛5 ˛
1˛1˛1900 apX¬ .00133 ˛ 001 ˛
Ph¿jwhsc $ ˛ $ ˛
(1945 ˛˛ 1900) = 45 45 ˛ 45 ˛
+ 0.059 .045 ˛
0.06 ˛ 0.30 ˛
+ 6.61 ˛ ˛˛ 5.01 ˛
4. tNjvmtI{μw
1. bYm¿∞ {Klkv^pShpw icmicn {Klkv^pShpw XΩn¬Iq´n c≠p sIm≠p
lcn°pI. (tNjvSmtI{μw IpdhmsW¶n¬ AXns‚IqsS 360 Iq´Ww.)
2. Cu lcW^esØ iot{Lm®Øn¬n∂pw Ipd®m¬ In´p∂
hyXymkamWv tNjvSmtI{μw
DZmlcWPmXIØnse tNjvSmtI{μßƒ
IpP≥ _p[≥ hymgw ip{I≥ in
bYm¿∞kv^pSw 5.70T
48T
145.43T
10.77T
77.85T
icmicnkv^pSw 327.39 65.55 155.56 65.55 76.77
333.09 113.55 300.99 76.32 154.62
]IpXn 166.54 56.77 150.49 38.16 77.31
iot{Lm®w 65.55 51.01 65.55 274.31 65.55
+ 360 360 360 ˛ 360
= 425.55 411.01 425.55 ˛ 425.55
kv^pSw]IpXn 166.54 56.77 150.49 38.16 77.31
tNjvSmtI{μw 259.01 354.24 275.06 236.15 348.24
5. tNjvSm_ew
tNjvSmtI{μØns‚ aq∂nsem∂mWv tNtjSm_ew.
(tNjvSmtI{μw 180T
˛¬ IqSpXemsW¶n¬ AXv 360T
˛¬n∂pw Ipdbv°Ww.)
143

^eZo]nI 626
DZmlcWPmXIØnse tNjvSm_ew
IpP≥ _p[≥ hymgw ip{I≥ in
360 360 360 360 360
(˛)259.01 354.24 275.06 236.15 348.24
= 100.99 576 84.94 123.85 11.76
tNjvSm_ew(1/3)33.66 1.92 28.31 41.28 3.92
5. ÿm_ew
5 (1) D®_ew
{KlßfpsS D®oNÿnXn°pkcn®p≈ _eamWnXv. Hcp {KlØns‚ AXnoN
ÿmhpw AXp n¬°p∂ tcJmwihpw ({Klkv^pShpw) XΩnep≈ hyXymksØ aq∂psIm≠p
lcn®m¬ D®_ew In´pw.
DZmlcWPmXIØnse D®_ew
D®w 10T
33T
298T
165T
95T
357T
200T
*(+) 180T
180T
180T
180T
180T
180T
180T
oNw = 190T
213T
478T
345T
275T
537T
380T
**(˛) ˛ ˛ 360 ˛ ˛ 360 360
190T
213T
118T
345T
275T
177T
20T
{Klkv^pSw 55.52T
50.82T
5.70T
48T
145.43T
10.77T
77.85T
hyXymkw 134.48 162.18 112.30 63* 129.57 166.23 57.85
®_ew (1/3) 44.83T
54.06T
37.43T
21T
43.19T
55.41T
19.28T
* D®tØmSp 180 Iq´nbm¬ oNw In´pw.
** 360˛¬ IqSpXemsW¶n¬ 360 Ipd®p IfbWw.
5 (2) k]vXh¿§P_ew
Ign™ A≤ymbØn¬ hnhcn® Zih¿§Øn¬nn∂pw cmin, tlmc, t{Z°mWw, k]vXmwiw,
hmwiw, ZzmZimwiw, {Xnwimwiw F∂o Ggp h¿§ßƒ tN¿∂XmWv k]vXh¿§w. Ct∏mƒ
k]vX h¿§P_eØn¬ {Klßƒ XΩnep≈ ssk¿§nI _‘Ønp ]pdsa X¬°me
_‘wIqSn ChnsS ]cnKWn°p∂p≠v.
k]vXh¿§P_ew (jjvSywiØn¬):
h¿§w aqe{Xn kzh¿§w A[nan{X an{X ka i{Xp A[ni{Xp
_ew 45 30 22.5 15 7.5 3.75 1.875
DZmlcWPmXIØnse˛
1. cminÿnXn_ew
kqcy≥ N{μ≥ IpP≥ _p[≥ Kpcp ip{I≥ in
cminÿnXn CShw CShw taSw CShw Nnßw taSw anYpw
cminmY≥ ip ip Ip ip c Ip _p
ssk¿§n i{Xp aqe{Xn aqe{Xn an{Xw an{Xw ka≥ ka≥
XXv°me 12 an .... .... 12 an{Xw 10 an{Xw 1 i{Xp 12 an{Xw
_‘w ka≥ aqe{Xn aqe{Xn A[nan A[nan i{Xp an{Xw
_ew 7.5 45 45 22.5 22.5 3.75 15
144

2. tlmcmÿnXn_ew
kqcy≥ N{μ≥ IpP≥ _p[≥Kpcp ip{I≥ in
tlmcmmY≥ kqcy≥ kqcy≥ kqcy≥ kqcy≥ N{μ≥ kqcy≥ N{μ≥
ssk¿§nI kz an{X an ka ka i{Xp ka
XXvIme .... 1 i{Xp 2 an{X1 i{Xp 10 an{Xw 2 an{X 12 an{X
kwbp‡ ... ka A[nan i{Xp an{X ka an{X
_ew 30. 7.5 22.5 3.75 15. 7.5 15.
3. t{Z°mWÿnXn_ew
aIcw aIcw taSw I∂n taSw Nnßw Xpemw
t{Z°mWmY≥ a a Ip _p Ip c ip
ss._‘w i{Xp i{Xp kz aqe{Xn an i{Xp an{X
XXv._‘w 2 an{X 2 an{X .... .... 9 i{Xp 2 an{X 11 an{X
kw._‘w ka ka .... .... ka ka A[nan{X
_ew 7.5 7.5 30 45. 7.5 7.5 22.5
4. k]vXmwiÿnXn_ew
taSw aow CShwaow aIcw anYpw Xpemw
k]vXmwim. Ip Kp ip Kp a _p ip
ss._‘w an{Xw an{Xw ka i{Xp ka an{X an{X
XXv._‘w 12 an{Xw 4 an{Xw 1 i{Xp 4 an{Xw 3 an{Xw 2 an{Xw 11 an{Xw
kw._‘w A[nan A[nan i{Xp ka an{Xw A[nan A[nan
_ew 22.5 22.5 3.75 7.5 15 22.5 22.5
5. hmwiÿnXn_ew
Nnßw I¿°Sw CShw anYpw hr›nIwI¿°Sw aow
hmwimY. c N ip _p Ip N Kp
ss._‘w kz kz ka kz an{X ka ka
XXv._‘w ˛ ˛ 1 i{Xp ˛ 9 i{Xp 12 an{Xw 11 an{Xw
kw._‘w ˛ ˛ i{Xp an{X ka an{X an{X
_ew 30 30 3.75 30. 7.5 15 15.
6. ZzmZimwiÿnXn_ew
aow aIcw anYpw [p anYpw Nnßw aIcw
ZzmZimwim Kp a _p Kp _p c a
ss._‘w an{Xw i{Xp ka i{Xp ka i{Xp kz
XXv._‘w 4 an{Xw 2 an{Xw 2 an{Xw 4 an{Xw 10 an{Xw 2 an{Xw ....
kw._‘w A[nan ka an{Xw ka an{Xw ka≥
_ew 22.5 7.5 15 7.5 15 7.5 30

^eZo]nI 628
7. {XnwimwiÿnXn_ew
Y≥ IpP in in Kpcp ip{I Kpcp Kpcp
ss._‘w an{Xw i{Xp i{Xp i{Xp ka i{Xp ka
XXv._‘w 12 an{Xw 2 an{Xw 3 an{Xw 4 an{Xw 9 i{Xp 5 i{Xp 3 an{Xw
kw._‘w A[nan ka ka ka i{Xp A[ni an{Xw
_ew 22.5 7.5 7.5 7.5 3.75 1.875 15
BsI 142.5 127.5 127.5 123.75 86.25 65.62 135
5 (3) HmPbp‹cmiywi_ew
HmP˛bp‹cminIfnepw HmP˛bp‹hmwißfnepap≈ ÿnXn°pkcn®v {Klßƒ°p
In´p∂ _eamWnXv.
HmPcmin HmPhmwiw c≠pw
kqcy≥, IpP≥, 15 15 30
_p[≥, Kpcp, in
bp‹cmin bp‹hmwiw c≠pw
N{μ≥, ip{I≥ 15 15 30
DZmlcWPmXIØnse HmPbp‹ÿnXn:
kv^pSw 55.52T
50.82T
5.70T
48T
145.43T
10.77T
77.85
1. cmin CShw CShw taSw CShw Nnßw taSw anYpw
2. HmPw /
bp‹w bp‹w bp‹w HmPw bp‹w HmPw HmPw HmPw
3. _ew .... 15 15 ,,,, 15 .... 15
1. hmwiw Nnßw I¿°Sw CShw anYpwhr›nIw I¿°Swaow
2. HmPw
/bp‹w HmPw bp‹w bp‹w HmPw bp‹w bp‹w bp‹w
3. _ew 15 15 .... 15 .... 15 ....
BsI_ew 15 30 15 15 15 15 15
(jjvSywiØn¬) 15 30 15 15 15 15 15
5 (4) tI{μ_ew
tI{μ_ew
tI{μw 1, 4, 7, 10 : 60 jjvSywiw
]W]cw 2, 5, 8, 11 : 30 jjvSywiw
Bt]m¢naw 3, 6, 9, 12 : 15 jjvSywiw

DZmlcWPmXIØnse tI{μ_ew
{Klw kqcy≥N{μ≥ IpP≥ _p[≥hymgw ip{I≥in
{KlÿnXn
(`mhw) III III II III VI II IV
Bt]m¢n Bt]m¢n ]W]cw Bt]m¢n Bt]m¢n ]W]cw tI{μw
_ew 15 15 30 15 15 30 60
5 (5) t{Z°mW_ew
{Klßƒ ]pcpj≥ (kqcy≥, Kpcp, IpP≥), ]pwkIw (in, _p[≥), kv{Xo (N{μ≥,
ip{I≥) F∂nßs a∂q XcØn¬ hcp∂p. Ah¿°v t{Z°mWØnse (aq∂p
`mKßfn¬) Nne {]tXy I`mKßfn¬ n¬°ptºmƒ In´p∂ _eamWv t{Z°mW _ew.
]pcpj... ]pcpj≥ kv{Xo ]pcpj ]pwk ]pcpj kv{Xo ]pwkI
t{Z°mWw 1 2 1 2 1 3 2
_ew 15 15 15 15 15 15 15
DZmlcWPmXIØnse t{Z°mW_ew
kv^pSw 55.52T
50.82T
5.70T
48T
145.43T
10.77T
77.85T
t{Z°mWw 3 3 1 2 3 2 2
_ew .... 15 15 15 .... .... 15
6. Ime_ew
6 (1) tXm∂X_ew (Znhcm{Xn_ew)
tXm∂X_ew (Znhcm{Xn_ew) 60 jjvSywiw AYhm 1 cq]bmWv. cm{Xn˛{Klßƒ°v
A¿≤cm{Xn 12 aWn°pw ]I¬ ˛ {Klßƒ°v D®bv°v 12 aWn°pamWv Cu _ew In´pI.
A√mØ t∏mgsØ _ew {InbsNbvXp I≠p]nSn°Ww.
DZmlcWPmXIØnse Pw cm{Xn 1.36˛mWv. A∂v DZbw 6.03˛pw AkvXaw 6.46˛pw.
AXpsh®p Znamw ImWWw.
aWn ann‰v sk°‚ v
AkvXaw: 6˛46 ]n.Fw. = 18 46
DZbw = 6 03
Znamw 18˛46 ˛˛ 6.03 = 12 43
]Iens‚ ]IpXn 6˛43/2 = 6˛21 1
/ 2
= 6 --21 v30
DZbØntmSpIqsS CXp Iq´nbm¬-- ´p® In´pw.
´p® 6˛03 + 6˛21˛30 = 12 24 30.
A¿≤cm{Xn 12-˛-24˛30 + 12˛00 = 24- 24 30
147

^eZo]nI 630
cm{Xn_e°mcmb N{μ≥, IpP≥, in F∂nh¿°v cm{Xn 0 aWn 24 ann‰v 30 sk°‚nv 60
jjvSywiw _ew In´pw. F∂m¬ Pw 1˛36 mWt√m. B hyXymkw Ipdbv°Ww.
1˛36 ˛˛ 0˛24˛30 = 1- 11 30
1 aWn°q¿ 11 ann‰v 30 sk°‚psIm≠v _ew F{X Ipd™p F∂p tm°m≥ {Inb sNømw.
1˛11˛30 $ 60 = 71˛30 $ 60 71 1/2 $ 60 = 5.96 jjvSywiw
12 aWn°q¿ 720 ann‰v 720
_m°n 60˛˛5.96 = 54.04 jjvSywiw
AXmbXv ˛˛
1) N{μ≥, IpP≥, in F∂nhcpsS cm{Xn_ew 54.04 jjvSywiw.
2) ]I¬˛_e°mcmb kqcy≥, IpP≥, Kpcp F∂nhcpsS
]I¬_ew 60 ˛˛ 54.04 = 5.96 jjvSywiw.
3) _p[v Ft∏mgpw Htc _eamIbm¬ _p[s‚ _ew
60 jjvSywiw.
DZmlcWPmXIØnse {KlßfpsS tXm∂X_ew
_ew 5.96 54.04 54.04 60 5.96 5.96 54.04
6 (2.) ]£_ew
N{μv kqcyn¬n∂pap≈ AI¬®bmWv hmhpIfpsSbpw ]£ ßfpsSbpw
ASnÿmw. c≠p t]¿°pw Htc tcJmwiw ({Klkv^pSw) BIptºmƒ N{μs‚ k©mcw
kqcys‚ IqsSbmIpIbpw H´pw Zriya√msX hcnIbpw sNøpw. AXmWv IdpØ hmhv
(Aamhmkn). AhnSp∂tßm´v shfpØ]£amWv. N{μ≥ kqcyn¬n∂pw 12T
AIeptºmƒ
Hcp XnYnbmbn. 15 XnYnbmIptºƒ (180T
) shfpØhmhv (]u¿Æan). N{μkv^pSw ho≠pw
kqcykv^pSØnseØptºmƒ ASpØ IdpØhmhv. Npcp°Øn¬ N{μpw kqcypw XΩnep≈
Zqcw tm°nbmWv ]£_ew IW°m°p∂Xv. IdpØhmhp Ign™v F´masØ ZnhkwapX¬
shfpØ hmhp Ign™v GgmasØ Znhkw hsc N{μv ]£_eap≠v. ]£_eamWv N{μs‚
{][m_ew. ]£_e an√mØ N{μ≥ ]m]mWv. 60 jjvSywiw AYhm 1 cq]bmWv ]£_ew.
N{μpw kqcypw XΩnep≈ AIehpw {KlßfpsS ]£_ehpw
(1) (2)
0T
˛- 180T
180-T
˛ 360T
]m]¿°p ]q¿Æ_ew ip`¿°p ]q¿Æ _ew
ip`¿°p 0 _ew ]m]¿°p 0 _ew
CXnnSbv°p hcp∂Xv IW°psNbvXp I≠p ]nSn°Ww
]£_ew ImWp∂hn[w:
N{μkv^pSw ˛˛ kqcykv^pSw = ]m]cpsS ]£_ew.
(N{μkv^pSw kqcykv^pStØ°mƒ IpdhmsW¶n¬ 180T
Iq´Ww.)
148

DZmlcWPmXIØnse {Klkv^pSw (ZimwiØn¬):
55.52T
50.82T
5.70T
48.00T
145.43T
10.77T
77.85T
DZmlcWPmXIØnse N{μkv^pSw - : 50.82
CXp kqcykv^pStØ°ƒ IpdhmbXnm¬ 180T
Iq´Ww.
50˛82 + 180 = 230-- .82
(˛) kqcykv^pSw (˛) 55.52
hyXymkw = 175. 30
175.30s 3 sIm≠p lcn®m¬ ]m]cpsS
]£_ew In´pw. 175.30/3 = 58.43
ip`cpsS ]£_ew 60 ˛˛ 58.43 = 1. 57
N{μv ]£_ew Cc´nbmWv. 58.43 $ 2 = 116.86
DZmlcWPmXIØnse {KlßfpsS ]£_ew
58.43 116.86 58.43 58.43 1.57 1.57 58.43
6 (3.) {Xn`mK_ew
]Iensbpw cm{Xnbtbbpw apΩq∂p `mKßfm°n Hmtcm `mKØpw Hmtcm {KlØnpw
Hmtcm _ew sImSpØn´p≈XmWv {Xn`mK_ew. Pw Ft∏mgmbmepw hymgØnv {Xn`mK_e
ap≠v. 60 jjvSywiamWv {Xn`mK_ew.
{Xn`mK_ew ImWp∂ coXn:
]I¬ cm{Xn
`mKw 1 2 3 1 2 3
_eap≈ {Klw _p c a N ip Ip
1. DZmlcWPmXIØnse Pw cm{XnbmbXnm¬ BZyw
cm{Xnamw ImWWw.
PZnhksØ AkvXaw = 18˛46
ASpØ DZbw = 6˛03
cm{Xnamw (18.46 ˛˛ 6.03) = 11˛17
2. CXns 3 `mKam°Ww.
11˛17 / 3 = 3 aWn°q¿ 45 ann‰v
hoXap≈ 3 `mKßƒ
3. ASpØXmbn Pw GXp `mKØmWp hcp∂sX∂p tm°Ww.
Pkabw 1˛36 F.Fw. = 25˛36 aWn
AkvXaw = 18˛46
`mKw ˛1 18˛46 + 3˛45 = 21-.91 = 22˛31
`mKw˛2 22˛31 + 3˛45 25˛76 = 26˛16
4. Pw 25˛36 mIbm¬ AXp c≠masØ `mKØv
AYhm ip{Is‚ `mKØp hcp∂p.
149

êZo]nI 632
. DZmlcWPmXIØnse {Xn`mK_ew
˛ ˛ ˛ ˛ 60 60 ˛
6 (4) A_vZ_ew (15 jjvSywiw)
Pw hcp∂ ssN{Xh¿jØns‚ BZyZnhkØns‚ mYmWv h¿jm[n]≥.
PZnhksØ Al¿§WkwJy Apkcn®mWv CXp ImWp∂Xv. Al¿§Ww hfsc
o≠ kwJybmbXnm¬ kuIcy Ønpth≠n HXp°nb kwJyIfmWv h¿jmcw`w
ImWmp]tbmKn °p∂Xv. hnhn[ Npcp°kwJyIƒ CXnmbn nehnep≠v. ChnsS tUm.
_n.hn.cma≥ At±lØns‚ {Kl_ehpw `mh_ehpw F∂ ]pkvXIØn¬ sImSpØn´p≈
Al¿§W]ńIbmWv D]tbmKn°p ∂Xv. Cu Al¿§W]ńI Bcw`n°p∂Xv 2˛5˛1827
_p[mgvN apX¬°mWv.
1. DZmlcWPmXIØnse Pw: 1945 Pq¨ 10, inbmgvN.
2. 1944 Unkw_¿ 31˛s‚ Al¿§Ww ˛ 42978
1˛1˛46 apX¬ 10˛6˛45 hsc ˛ 161 Znhkßƒ
10˛6˛45 se Al¿§Ww ˛ 43139
3. Cu Znhkßsf 360˛sIm≠p lcn®v F{X h¿japs≠∂p ImWWw.
43139 / 360 = lcWêw h¿jkwJy = 119
4. Cu h¿jkwJysb 3 sIm≠p s]cp°n 1 Iq´Ww.
119 $ 3 = 357. 357 + 1 = 358.
5. Cu kwJysb 7˛sIm≠p lcn®m¬ In´p∂ injvSw B h¿jw XpSßp∂
BgvNbpw B BgvNbpsS mY≥ h¿jm[n]p amWv.
injvSw 1˛_p[≥,
2˛hymgw,
3˛sh≈n,
4˛in
5˛Rmb¿.
6˛Xn¶ƒ,
7˛sNmΔ F∂XmWv {Iaw.
6. 358/ 7 = lcWêw 51, _m°n 1. 1˛_p[mgvN. _p[mgvNbpsS mY≥ _p[≥.
PkabsØ h¿jm[n]≥ _p[≥.
DZmlcWPmXIØnse A_vZm[n]_ew:
˛ ˛ ˛ 15 ˛ ˛ ˛
6 (5) amk_ew (30 jjvSywiw)
amkm[n]s ImWp∂Xnv, PZnhksØ Al¿§WsØ 30˛sIm≠p lcn®m¬
In´p∂ lcWêsØ 2˛sIm≠p s]cp°n,
1 Iqń, 7˛sIm≠p lcn°Ww.
150

1. 1945 Pq¨ 10˛se Al¿§Ww ˛ 43139
2. 30˛sIm≠p lcn°pI 43139 / 30 = 1437
3. lcW`esØ2˛sIm≠p s]cp°pI
1437 $ 2 = 2874
4. 1 Iq´pI 2874+1 = 2875
5. 2875˛s 7˛sIm≠p lcn°pI.2875/7 = 410.
injvSw 5.
1˛_p[≥, 2˛hymgw, 3˛sh≈n, 4˛in 5˛Rmb¿. F∂ {IaØn¬ amkmcw`w RmbdmgvN.
amkm[n]≥ kqcy≥.
DZmlcWPmXIØnse amkm[n]_ew:
kqcy≥ N{μ≥ IpP≥ _p[≥hymgw ip{I≥ in
30 ˛ ˛ ˛ ˛ ˛ ˛
6 (6) hmcm[n]_ew (45 jjvSywiw)
PZnhkw GXmgvNbmtWm, B BgvNbpsS mYmbncn°pw hmcm[n]≥.
DZmlcWPw inbmgvN. hmcm[n]≥ in.
DZmlcWPmXIØnse hmcm[n]_ew:
˛ ˛ ˛ ˛ ˛ ˛ 45
6 (7) tlmcm[n]_ew (60 jjvSywiw)
HcpZnhkw DZbwapX¬ ASpØ Znhkw DZbwhscbmWv Hcp `mcXobZnhkw. ZnhksØ
Ccp]Ønmembn Xncn®XmWv Hcp tlmc. AXmbXv, Imetlmc Hcp aWn°qdmWv. AXv
kucbqYØnse {Iaapkcn®pXs∂ a, Kp, Ip, c (`qan°p]Icw), ip. _p, N F∂ {IaØn¬
Bh¿Øn®phcp∂p. hmcm[n]s‚ tlmcXs∂bmWv BZyw. DZbw RbdmgvN 6˛15 msWß¶n¬
7˛15 hsc kqcytlmcm. XpS¿∂v, ip{I≥, _p[≥, N{μ≥ in, hygw, IpP≥ F∂ {IaØn¬
Bh¿Øn®phcpw. 25˛masØ N{tlmctbmsS Xn¶fmgvN Bcw`n°pw. Pw GXp
ImetlmcbnemtWm AXns‚ mYmWv tlmcm[n]≥.
tlmcIfpw tlmcm[n]∑-mcpw Bh¿Øn°p∂ hn[w:
tlmc ˛ tlmcm[n]≥
1 8 15 22 ˛ in
2 9 16 23 ˛ Kpcp
3 10 17 24 ˛ IpP≥
4 11 18 ˛ ˛ chn
5 12 19 ˛ ˛ ip{I≥
6 13 20 ˛ ˛ _p[≥
7 14 21 ˛ ˛ N{μ≥
151

^eZo]nI 634
DZmlcWPmXIØnse Pw inbmgvN.
Pkabw 1˛36 F.Fw.
A∂v DZbw 6˛03 aWn°v.
1) BZyambn C¥y≥ kabsØ {]mtZinIkabw B°Ww.
Ãm≥tU¿Uv sadoUnb≥ 82T
˛ 30 ’
Xriq¿ 76T
˛15 ’
hyXymkw 6-- ˛15 $ 4 (˛˛)25 ann‰v
Pw C¥y≥ kabw; 1˛36 F.Fw.
Pw {]mtZinIkabw
1˛36 ˛˛ 0˛25 = 1 aWn 11 ann‰v
= 25 -11
v 2) ASpØXmbn A∂sØ DZbsØ {]mtZinIkabam°Ww.
DZbw C¥y≥ kabw 6˛03 F.Fw.
DZbw {]mtZinIkabw (˛˛) 0˛25 ann‰v
= 5 aWn 38 ann‰v
3) 25˛11 F{XmasØ tlmcbnemsW∂p I≠p]nSn°Ww.
Pw {]mtZinIkabw 25˛11
DZbw {]mtZinIkabw (˛˛) 5˛38
hyXymkw = 19--˛33
]sØmºXp Ign™Xnm¬ Ccp]XmasØ tlmc.
4) Ccp]XmasØ tlmc apIfnse ]´nI{]Imcw _p[tlmc. AXpsIm≠v
tlmcm[n]≥ _p[≥.
DZmlcWPmXIØnse tlmcm_ew:
0 0 0 60 0 0 0
6 (8) Ab_ew
1. DØcmbWhpw Z£nWmbhpw
(1) taSw ˛ anYpw: taSamkw H∂mwXnbXn taSwcminbntebv°p {]thin°ptºmƒ kqcy≥
ap°p tsc apºn¬ (0T
=tajhnjphw) Bbncn°pw. ]n∂oSv Znhkw Hcp Un{KnhoXw hSt°m´p
oßn taSw, CShw, anYpw cminIƒ ]n∂n´vv Aßp hSt°A‰Øv(90T
)FØp∂p,
(2) I°SIw ˛ I∂n: I¿°Samkw H∂mwXnbXn sXt°m´p≈ aS°w Bcw`n°pw. I¿°SIw,
Nnßw, I∂n cminIƒ ]n∂n´vv, Xpemw H∂mwXnbXn kqcy≥ ho≠pw ap°p tsc apºn¬
(180T
= Xpem hnjphw) FØ∂p.
152

(3) Xpemw ˛ [p: sXt°m´p≈ bm{X XpScp∂ kqcy≥ Xpemw, hr›nIw, [p cminIƒ
]n∂n´vv, [pamkw Ahkmw sXt° A‰Øv (270T
) FØp∂p.
(4) aIcw ˛ aow: aIcw H∂mwXnbXn ho≠pw hSt°m´p≈ bm{X Bcw`n°p∂p. aow
Ahkmw / taSw H∂nv ho≠pw ap°p apºn¬ (0T
= tajhnjphw) FØp∂p,
0T
/ 360T
1˛taSw 12˛aow
(0T
˛30T
) -(330˛360 T
)
2˛CShw 11˛Ipw`w
(30T
˛60T
) (300˛330T
)
3˛anYpw 10˛aIcw
(60T
˛90T
) (270˛300T
)
90T
hS°v sX°v 270T
4˛I¿°Sw 9˛[p
(90T
˛120T
) (240T
˛270T
)
5˛Nnßw 8˛hr›nIw
(120T
˛150T
) (210T
˛˛240T
)
6˛I∂n 7˛Xpemw
(150T
˛180T
) (180-˛210 T
)
180T
kqcys‚ hSt°m´pw (aIcw ˛ anYpw) sXt°m´pw (I¿°SIw ˛ [p) D≈ Cu
bm{XIsfbmWv DØcmbWw F∂pw Z£nWmbw F∂pw ]dbp∂Xv. Cu DØcmbWhpw
Z£nWmbhpw F√m {Kl ßƒ°pap≠v. F∂m¬ Ab_eØnp tm°p∂Xv {Klw a≤y
tcJbv°p hSt°m sXt°m F∂XmWv AYhm Hmtcm {KlØn s‚bpw {Im¥n (North Declina-
tion / South Declination) BWv.
2. Ab_ew
a≤ytcJbn¬n∂pw hSt°mt´m sXt°mt´m AIepw tXmdpw{KlßfpsS Ab_ew
IqSpItbm IpdbpItbm sNøp∂p
.
(1) {Klßƒ°v a≤ytcJbn¬ (0T
/180T
) 30 jjvSywiamWv. Ab_ew. {KlßfpsS
]camh[n Abw ({Im¥n) 24 Un{Knbpw 24T
˛°p In´p∂ Ab_ew 60 jjvSywihpw BWv.
CSbv°p≈Xv Bp]mXnIambn (ss{XcminIw sNbvXp) ImWWw.
(2) a≤ytcJbv°p hS°p≈ KXnbn¬ kqcy≥, IpP≥, hymgw, ip{I≥ F∂o {Klßƒ°pv
Ab_ew h¿≤n°p∂p. `qa≤ytcJ bv°p sXt°m´p≈ KXnbn¬ CXp Ipd™p Ipd™p
Xosc C√mXmIp∂p (kqcy≥, IpP≥, hymgw, ip{I≥ F∂o {KlßfpsS DØc{Im¥n (North
Declination) 24T
tbmSv Iq´Ww. Z£nW{Im¥n (South Declination) BsW¶n¬ 24T
bn¬n∂pw
Ipdbv°Ww. AXmbXv, 24T
N -¬ Chbv°p ]q¿Æ Ab_ew D≠v; 24T
S -¬ Xosc C√.)
153

^eZo]nI 636
(3) `qa≤ytcJbv°p sX°p≈ KXnbn¬ in, N{μ≥ F∂o {Klßƒ°mWv
Ab_ew In´pI. hS°p≈ KXnbn¬ ChcpsS _ew Bp]mXnIambn IpdbpIbpw
sNøp∂p. (N{μpw in°pw Z£nW {Im¥n 24T
tbmSp Iq´Ww; DØc{Im¥n Ipdbv°Ww.)
(4) _p[≥ hS°p `mKØmbmepw sX°p `mKØmbmepw 24T
˛tbmSp Iq´Ww. (_p[v
IqSpIam{Xta D≈q; Ipdben√.)
(5) kqcyv Ab_ew Cc´nbmWv.
3. kmbkv^pSßfpw kmbÿnXnbpw
{KlßfpsS Ab_ew IW°m°p∂Xv kmb{Klkv^pS ßfnemWv; PmXIßfn¬
sImSp°p∂Xv ncbkv^pSßfpw. AXpsIm≠v Ab_ew ImWp∂Xns‚ BZy]Snbmbn
PmXIØnse ncb {Klkv^pSßsf kmbam°n am‰Ww. (amkw H∂mwXnbXnIfnse
Abmwiw ]©mwKßfnepw Fs^sadnkpIfn epw sImSpØncn°pw.)
DZmlcWPmXIØnse {Klkv^pSw (ncbhpw kmbhpw)
ncbw 55T
˛31 ’ 50T
˛49 ’ 5T
˛42 ’ 48T
˛00 ’ 145T
˛26 ’ 10T
˛46 ’ 77T
˛51’
(+) Abmwiw23T
˛5’˛25 ”
(=)kmbw 78T
˛36’ 73T
˛54’ 28T
-47’ 71 T
˛5’ 168T
˛31’ 33T
51’ 100T
56’
(ZimwiØn¬)78.60T
73.90T
28.78T
71..10T
168.53T
33.85T
100.93T
tPymXn»mkv{X{]Imcw tajhnjphw (Vernal Equinox) hcp∂Xv am¿®v 21˛mWv. F∂m¬
Ωƒ CXv (hnjp) BtLmjn°p∂Xv G{]n¬ 14˛pw. Ccp]Ønmep ZnhksØ Cu
hyXymkØnp ImcWw AbmwiamWv. tPymXn»mkv{XIW°pIƒ (Astronomy) kmbw
AYhm Abmwiw tN¿∂Xpw, `mcXobtPymXnj IW°pIƒ (Indian Astrology) ncbw
AYhm Abmwiw tNcmØhbpw BWv.
DZmlcWPmXIØnse kmb{KlßfpsS AbÿnXn
hS°v sX°v
3 2 1 12 11 10
60T
˛90T
30T
˛60T
0T
˛30T
- 330˛360 T
300˛330 270˛300T
c 78.60 -˛ Ip 28T
.78 ˛ ˛˛ ˛˛
N 73.90 ip 33.85 ˛˛ ˛˛ ˛˛ ˛˛
_p 71..10T
˛˛ ˛˛ ˛˛ ˛˛
4 5 6 7 8 9
90T
˛120T
120T
˛150T
150T
˛180T
180-˛210 T
210˛˛240 240˛270
a 100.93T
˛˛ Kp 168.53T
˛ ˛ ˛
154

Cu PmXIØn¬ kmbkv^pS{]Imcw F√m {Klßfpw cminaﬁeØns‚
hS°p`mKØmWv.
4. {KlßfpsS {Im¥n (Declination)
{Klßƒ XßfpsS {`aWØnnSbv°v Ipd®pmƒv a≤ytcJ bv°p hS°pw Ipd®pmƒ
a≤ytcJbv°p sX°pambncn°pw. Cu hyXnNe sØbmWv {Im¥n (Declination) F∂p
]dbp∂Xv.
.360T
hymkap≈ JtKmfhrØsØ KWnXkuIcyØnpth≠n 90T
hoXap≈ mep
`pPßfmbn Xncn®n´p≠v. {KlßfpsS kmb kv^pSßƒ GXp `pPØnemWv hcp∂sX∂p
tm°nbmWv AhbpsS {Im¥n n›bn°p∂Xv.
`pPw ]cn[n {Im¥n ImWp∂ hn[w
1. 0T
˛˛ 90T
{Klkv^pSw ˛˛ 0T
2. 90T
˛˛180T
180T
˛˛ {Klkv^pSw
3. 180T
˛270T
{Klkv^pSw ˛˛ 180T
4. 270T
˛360T
360T
˛˛ {Klkv^pSw
DZmlcWPmXIØn¬ {KlßfpsS {Im¥n:
{Klw kqcy≥ N{μ≥IpP≥ _p[≥ hymgw ip{I≥ in
kv^pSw 78.60T
73.90T
28.78T
71.10T
168.53T
33.85T
100.93T
`pPw 1 1 1 1 2 1 2
{Im¥n 78.60T
73.90T
28.78T
71.10T
*11.47T
33.85T
*79.07T
*Cu PmXIØn¬ hymgØnpw in°pw am{Xta am‰w hcp∂p≈p.
(Kp ˛ 180 ˛˛ 168.53 = 11.47. a ˛ 180 ˛˛ 100.95 = 79.05)
5. `pPØns‚ 6 `mKßfpw AhbpsS {Im¥nbpw
90T
hoXap≈ `pPßsf 15T
hoXap≈ 6 `mKßfmbn Xncn®v Hmtcm `mKØnepw hcp∂
Abw ({Im¥n) {]tXyIw IW°m°nbn´p≠v. (0T -
˛ bv°v AbNean√).
`pPØns‚ `mKw 1 2 3 4 5 6
]cn[n 1T
˛15T
15T
˛30T
30T
˛45T
45T
˛60T
60T
˛75T
75T
˛90T
{Im¥n
(Iebn¬) 362’ 341’ 299’ 236’ 150’ 52’
BsI ˛˛ 703’ 1002’ 1238’ 1388’ 1440’
155

^eZo]nI 638
DZmlcWPmXIØn¬˛˛
{Im¥n 78.60T
73.90T
28.78T
71.10T
11.47T
33.85T
79.07T
`mKw1 (1˛15) 362’ 362’ 362 ’ 362 ’ *276.80’ 362’ 362’
`mKw2 (15˛30) 341’ 341’ *313.72 341 ’ ˛ - 341’ 341’
`mKw3 (30˛45) 299’ 299’ - 299’ ˛ *77.14’ 299’
`mKw4 (45˛60) 236’ 236’ -˛ 236 ’ - ˛ 236’
`mKw5 (60˛75) 150’ *139.2 ˛ *111 ˛ ˛ - 150’
`mKw6 (75˛90) *12.54’ ˛ ˛ ˛ -˛ ˛ *15.60
BsI(Ie) 1400.54’ 1377.2 675.72 1349 *276.80 780.14 1403.60
(`mK) 23.34T
22.95T
11.26T
22.48T
4.61T
13T
23.39T
*52$3.60 *150$13.90 *341$13.78*150$11.10*362$11.47 *299$3.65 *52$4.07
15 15 15 15 15 15 15
DZmlcWPmXIØnse Ab_ew
Un{Knbn¬ 23.34T
22.95T
11.26 22.48 4.61 13 23.39
{Im¥n
(+ / --˛˛) + 24T
˛˛ 24 + 24T
+ 24T
+ 24T
+ 24T
˛˛-- 24 - -
BsI 47.34T
1.05 35.26 46.48 28.61 37 0.61
Ab_ew ($ 5/4) 59.175* 1.31 44.08 58.10 35.76 46.25 0.76
*kqcyv Cc´n 118.35*
6 (9) bp≤_ew
kmamynbaw
tajmZn hnt£]ap≈ {Klw hS°p n¬°pw. XpemZnhnt£] ap≈h≥ sX°pw. c≠p
hnt£]hpw tajmZnbmsW¶n¬ hnt£]tadnbh≥ hS°mbncn°pw. c≠pw XpemZnbmsW¶n¬
hnt£]w Ipd™hmWv hS°v. hS°p n¬°p∂hmWv Pbn°p∂mXv. ip{I≥ FhnsS
n∂mepw Pbn°pw.
kq£vaKWnXw.
1. c≠p {KlßfpsS tcJmwißƒ ({Klkv^pSßƒ) XΩnep≈ AIew Hcp Un{Knbn¬
Ipdbptºmfp≈ AhÿsbbmWv {Klbp≤w F∂p ]dbp∂Xv.
2. kqcypw N{μpw {Klbp≤Øn¬ hcp∂n√; Xmcm{Klßƒ (Ip, _p, Kp, ip, a)
XΩnemWv {Klbp≤w kw`hn°pI.
3. KWnXcoXn: bp≤Ønep≈ c≠p {KlßfpsSbpw hnhn[ _eßƒ, AXmbXv,
tXm∂X_ew, ]£_ew, {Xn`mK_ew, h¿j_ew, amk_ew, Znhk_ew, tlmcm_ew F∂o
Ime_eß tfmSpIqSn Cn ]dbm≥ t]mIp∂ ÿm_ew, ZnIv_ew F∂nh IqSn Iq´Ww.
Ahbn¬ IqSpX¬ D≈Xn¬ n∂pw Ipdhp≈Xp Ipdbv°Ww. At∏mƒ In´p∂ kwJysb
_nw_]cnamW hyXymkw sIm≠p lcn°Ww.
156

_nw_]cnamWßƒ (Iebn¬):
9.4” 6.6” 190.4” 16.6” 158”
BZyw ]d™ kwJybn¬ n∂pw c≠maXp ]d™ kwJy Ipdbv°p tºmƒ In´p∂XmWv v
bp≤_ew. bq≤Øn¬ Pbn® {KlØns‚ Ime_etØmSv CXp Iq´Ww; bp≤Øn¬ tXm‰
{KlØns‚ Ime_eØn¬ n∂v A{Xbpw Ipdbv°pIbpw thWw.
ΩpsS DZmlcWPmXIØn¬ {Klbp≤an√mØXnm¬, ChnsS DZmlcWØnmbn
{Klbp≤ap≈ as‰mcp PmXIw FSp°pIbmWv.
_p[≥ hymgw
{Klkv^pSw 170.53 170.45
ÿm_ew 238.16 152.98
ZnIv_ew 31.97 31.99
tXm∂X_ew 60.00 6.10
]£_ew 54.38 54.38
{Xn`mK_ew ˛˛ 60.0
h¿j_ew ˛˛ ˛˛
amk_ew ˛˛ ˛˛
Znhk_ew ˛˛ ˛˛
tlmcm_ew 60.00 ˛˛
BsI _ew 444.51 305.45 139.06
_nw_]cnamWw 6.6” 190.4” 183 ”.8
139.06 / 183.8 0.8 jjvSywiw
bp≤_ew ˛˛ 0.80 + 0.80
157

^eZo]nI 640
DZmlcWPmXIØn¬
{KlßfpsS jUv_ew
_ew˛
1. ssk¿§nI 60.00 51.43 17.14 25.70 34.28 42.85 8.57
2. ZnKv 5.50 52.93 22.11 38.50 6.02 39.58 31.45
3. ZrIv 3.11 11.19 ˛2.80 11.55 ˛47.86 ˛2.80 ˛0.32
4. tNjvSm 0 0 33.66 1.92 28.31 41.28 3.92
5. D® 44.83 54.06 37.43 21 43.19 55.41 19.28
6. k]vXh¿§P 142.5 127.5 127.5 123.75 86.25 65.62 135
7. HmPbpKa 15 30 15 15 15 15 15
8. tI{μw 15 15 30 15 15 30 60
9. t{Z°mW ˛ 15 15 15 ˛ ˛ 15
10.tXm∂X 5.96 54.04 54.04 60 5.96 5.96 54.04
11.]£ 58.43 116.86 58.43 58.43 1.57 1.57 58.43
12.{Xn`mK ˛ ˛ ˛ ˛ 60 60 ˛
13. h¿j ˛ ˛ ˛ 15 ˛ ˛ ˛
14. amk 30 ˛ ˛ ˛ ˛ ˛ ˛
15. hmc ˛ ˛ ˛ ˛ ˛ ˛ 45
16. tlmcm ˛ ˛ ˛ 60 ˛ ˛ ˛
17.Ab 118.35 1.31 44.08 58.10 35.76 46.25 0.76
18.bp≤ 0 0 0 0 0 0 0
BsI
jjvSywiØn¬ 498.68 529.32 451.59 518.95 283.48 400.72 446.13
cq]bn¬ 8.31 8.82 7.53 8.65 4.72 6.68 7.44
annawth≠Xv 5.00 6.00 5.00 7.00 6.50 5.50 5.00
Ap]mXw 1.66 1.47 1.51 1.24 0.73 1.21 1.49
DZmlcWPmXIØn¬ {KlßfpsS _ew (cq] ˛ Zimwiw)
kqcy≥ 1.66
IpP≥ 1.51
in 1.49
N{μ≥ 1.47
_p[≥ 1.24
ip{I≥ 1.21
hymgw 0.73

1) 0˛-13-˛20
2) 0˛26˛40
3) 0˛40˛0
4) 0˛53˛20
5) 1˛6˛40
6) 1˛20˛0
7) 1˛33˛20
8) 1˛46˛40
9) 2˛0˛0
10) 2˛13˛20
11) 2˛26˛40
12) 2˛40˛0
13) 2˛53˛20
14) 3˛6˛40
15) 3˛20˛0
16) 3˛33˛20
17) 3˛46˛40
18) 4˛0˛0
19) 4˛13˛20
20) 4˛26˛40
21) 4˛40˛0
22) 4˛53˛20
23) 5˛6˛40
24) 5˛20˛0
25) 5˛33˛20
26) 5˛46˛40
27) 6˛0˛0
28) 6˛13˛20
29) 6˛26˛40
30) 6˛40˛0
31) 6˛-53˛-20
32) 7˛6˛40
33) 7˛20˛0
34) 7˛33˛20
35) 7˛46˛40
36) 8˛0˛0
37) 8˛13˛20
38) 8˛26˛40
39) 8˛40˛0
40) 8˛53˛20
41) 9˛6˛40
42) 9˛20˛0
43) 9˛33˛20
44) 9˛46˛40
45)10˛0˛0
46) 10˛13˛20
47) 10˛26˛40
48) 10˛40˛0
49) 10˛53˛20
50) 11˛6˛40
51) 11˛20˛0
52) 11˛33˛20
53) 11˛46˛40
54) 12˛0˛0
55) 12˛13˛20
56) 12˛26˛40
57) 12˛40˛0
58) 12˛53˛20
59) 13˛6˛40
60) 13˛20˛0
2. N{μmhÿ
1) 1˛6˛40
2) 2˛13˛20
3) 3˛20˛0
4) 4˛26˛40
5) 5˛33˛20
6) 6˛40˛0
7) 7˛46˛40
8) 8˛53˛20
9) 10˛00
10) 11˛6˛40
11) 12˛13˛20
12) 13˛20˛0
1. N{μ{Inb 3. N{μthe
1) 0˛22˛13˛20
2) 0˛44˛26˛40
3) 1˛6˛40˛0
4) 1˛28˛53˛20
5) 1˛57˛6˛40
6) 2˛13˛20˛0
7) 2˛35˛33˛20
8) 2˛57˛46˛40
9) 3˛20˛0˛0
10) 3˛42˛13˛20
11) 4˛4˛26˛40
12) 4˛26˛40˛0
13) 4˛48˛53˛20
14) 5˛11˛6˛40
15) 5˛33˛20˛0
16) 5˛55˛33˛20
17) 6˛17˛46˛40
18) 6˛40˛0˛0
19) 6˛2˛13˛20
20) 7˛24˛26˛40
21) 7˛46˛40
22) 8˛8˛53˛20
23) 8˛31˛6˛40
24) 8˛53˛20
25)9˛15˛33˛20
26)9˛37˛46˛40
27)10˛0˛0˛0
28) 10˛22˛13˛20
29) 10˛44˛26˛40
30) 11˛6˛40˛0
31) 11˛28˛53˛20
32) 11˛51˛6˛40
33) 12˛13˛20˛0
34) 12˛35˛33˛20
35) 12˛57˛46˛40
36) 13˛20˛0˛0

Phaladeepika - appendix 2

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Phaladeepika - appendix 2