1 / 9

dSi>S p¹F(t {Äyi²yi an[ gNtr)}

dSi>S p¹F(t {Äyi²yi an[ gNtr)}. s>²yin) gNtr). p*N< s>²yi:- ps>gmi hijr) aip[li miNsi[n) s>²yi (305) dSi>S :- p[T^i[ln&> l)Trmi> mipn (3.65) g&Ni[_ir pmiN :- p&$Pi[n) s>²yi an[ A#i)ai[n) s>²yin) srKimN) (2:5) ap&Ni<>k:- pr)Gn& mipn (¾) Tkivir):- vLtr,Äyij dr (14.5%).

decker
Download Presentation

dSi>S p¹F(t {Äyi²yi an[ gNtr)}

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. dSi>S p¹F(t{Äyi²yi an[ gNtr)}

  2. s>²yin) gNtr) • p*N< s>²yi:-p\s>gmi hijr) aip[li miNsi[n) s>²yi (305) • dSi>S:- p[T^i[ln&> l)Trmi> mipn (3.65) • g&Ni[_ir p\miN:-p&$Pi[n) s>²yi an[ A#i)ai[n) s>²yin) srKimN) (2:5) • ap&Ni<>k:-pr)Gn& mipn (¾) • Tkivir):- vLtr,Äyij dr (14.5%)

  3. dSi>S an[ AYin(k>mt • dSi>S s>²yi a[ dSi>S (cãn viL) s>²yi hi[y C[ (6.52, 0.5, 0.01) • dSi>S ap&Ni<>k s>²yiai[n) (k>mt s>²yi 10 upr aiFir)t C[. • dSi>S (cãnn) Dib) bij& rh[l s>²yi, p&N< s>²yi dSi<v[ C[. • dSi>S (cãnn)jmN)bij& rh[l s²yi> 1 ni[ ki[e Big dSi<v[ C[.

  4. diKli • n)c[ dSi<v[l rkmmi>Y) l)T) kr[l a>kn) AYin (k>mt Si[Fi[. 4.068 64.183 4.1065.832 5.134 • l)T) kr[l a>kn) AYin(k>mt n&> nim S&> C[? 5.839 24.935 328.407 840.019 247.893 • n)c[ dSi<v[l s>²yiai[mi>Y) ke s>²yimi> 3 n) AYin (k>mt s]iY) vF& hS[? • 73.249 856.634 1,420.038 52.243 78.329 865.463 1,240.308 49.321

  5. hjirmi[ Big • 2 1 6 4. 5 7 8 • 2- hjir • 1- si[ • 6- dS • 4- a[km • 5- dsmi>S • 7- si[mi[ Big • 8- hjirmi[ Big

  6. dSi>Sn) srKimN) • aip[l dSi>Sn) srKimN) kri[. 0.27 an[ 0.25 - ph[li a[kmni AYinn) srKimN) kri[. (0 = 0) - pC) dSmi>S AYinn) srKimN) kri[. (2 = 2) - pC) si[mi> Bign) srKimN) kri[. (7 > 5)

  7. diKli • <, > aYvi = lKi[. 0.45 0.045 0.25 0.250 0.31 0.310 0.9 0.09 0.07 0.70 0.6 0.600 0.66 0.6 0.503 0.53 0.129 0.12 • cQti k\mmi> gi[qvi[. 4.4 ; 4.7 ; 4.38 0.63 ; 0.6 ; 0.3 5.01 ; 4.98 ; 5 17.182 ; 1.728 ; 17.218

  8. ap*N<i>kn[ dSi>Smi> f[rvi[ • aipN[ a>Sni[ C[dY) Bigikir kr)n[ dSi>S s>²yi m[Lv) Sk)a[ C)a[. • a>S ap&N<i>kn) uprn) s>²yi. • C[d ap&N<>ikn) n)c[n) s>²yi. • jyi> s&F) Bigikirni[ jvib S&ºy aiv[ t[ dSi>S s>²yin[ aiKr) dSi>S kh[viy C[.

  9. diKli • aip[l s>²yiai[n[ dSi>S p¹F(tY) lKi[. • 18 3 9 7 9 • --- --- --- --- --- • 25 40 8 32 20 • aip[l dSi>S s>²yi ai[n[ ap&Ni<>k aYvi (m~ s>²yip¹F(t Y) lKi[. • 0.65 0.225 0.006 1.4 0.625

More Related