1 / 20

Tki

Tki. ap&Ni><k mi>Y) dSi>S mi>Y) Tkivir) Si[Fv). ap&N<i>k, dSi>S an[ Tkin) gNtr). 40% mtlb 100 mi>Y) 40 Big. ap&Ni><k mi>Y) dSi>S mi>Y) Tkivir) Si[Fv). Tkin[ dSi>S p¹F(tY) lKvi 67% a[Tl[ a[Tl[ 67  100 yid riKi[  by 100 ?. So, 67% = 0.67. 6 7.

dustin
Download Presentation

Tki

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. Tki

  2. ap&Ni><k mi>Y) dSi>S mi>Y) Tkivir) Si[Fv) • ap&N<i>k, dSi>S an[ Tkin) gNtr). • 40% mtlb 100 mi>Y) 40 Big

  3. ap&Ni><k mi>Y) dSi>S mi>Y) Tkivir) Si[Fv). • Tkin[ dSi>S p¹F(tY) lKvi • 67% a[Tl[a[Tl[ 67  100 • yid riKi[  by 100 ? So, 67% = 0.67 6 7

  4. ap&Ni><k mi>Y) dSi>S mi>Y) Tkivir) Si[Fv) • dSi>Sn[ Tkivir)mi> dSi<vvi • aigL dSi<v) t[niY) (v$¹F p¹F(t a[Tl[ 100 Y) g&>Nikir. 4 3 So, 0.43 = 43%

  5. ap&Ni><k mi>Y) dSi>S mi>Y) Tkivir) Si[Fv) • ap&Ni<kn[ Tkivir) p\miN[ dSi<vvi. • ap&Ni<>kn[ si]p\Ym dSi>Smi> f[rvi[ an[ Ryir bid Tkivir)mi> di.t. • hv[ t[mi> ×100 kr)n[ Tkivir)mi> bdli[. So, = 0.6 = 60%

  6. Tkivir) Si[Fv) {k[Ãky&l[Tr vgr} • yid riKi[, 10% = • Si[Fvi miT[ aipN[  10 kr)S&>. • t[mj 1% = • an[Si[Fvi miT[ aipN[  100 kr)S&>.

  7. Tkivir) Si[Fv) {k[Ãky&l[Tr vgr} • aip[l t¸yi[ ni[ Tkivir) Si[Fvimi> upyi[g kri[. • j[m k[ 240 ni> 32% Si[Fi[. • 10% = 24 an[ 1% = 2.40 • miT[ 30% = 3 x 24 = 72 • an[ 2% = 2 x 2.40 = 4.80 • 32% = 72.00 + 4.80 = 76.80

  8. Tkivir) Si[Fv){k[Ãky&l[Tr vgr} • ji[ Y)y[Trmi> 120 biLki[ mi>Y) 55% Ci[kriai[ hti ti[ k[Tli Ci[kriai[ hti? • 10% = 12 and 1% = 1.2 • miT[, 50% = 5 x 12 = 60 • an[ 5% = 5 x 1.2 = 6 • 55% = 60 + 6 = 66 Ci[kriai[ • (10% ni aDFi Si[F)n[ pN 5% tr)k[ vipr) Skiy)

  9. Tkivir) Si[Fv){k[Ãky&l[Trn) mddY)} • ph[li Tkivir)n[ dSi>S p¹F(tmi> f[rvi[. • di.t. 690 ni 28% Si[Fi[. • 28% = 0.28 an[ “ni” a[Tl[ g&Nikir • miT[ 690 ni 28% a[Tl[ • 0.28 x 690 • tmiri k[Ãky&l[Trpr Tiep kri[. • jvib = 193.2

  10. Tkivir) Si[Fv){k[Ãky&l[Tr n) mddY)} • b)j& udihrN, 250 ni 17.5% Si[Fi[. • ti[ 0.175 x 250 • k[Ãky&l[Trmi> upr btiÄyi m&jb Tiep kri[ • jvib = 43.75 • 1200 ni 32.5% Si[Fi[ … • 0.325 x 1200 = 390

  11. nfi[ an[ n&ksin • 2 p\kirni p\Æn. • p\kir - 1 • a[k mi[Trkir 1,20,000 $ mi> Kr)d) an[ pC) 15%nfi Y) v[c) ti[ t[ k[Tlimi> v[c)? • ti[1,20,000 $ ni 15% Si[Fi[ an[ t[n[ t[j rkm siY[ srviLi[ kri[. • ji[ t[ 24% ai[Ci mi> v[c) hi[y ti[ • ti[ 24% Si[F)n[1,20,000 $.mi>Y) bidbik) kri[..

  12. nfi[ an[ n&ksin • p\kir - 2 • a[k mi[Trkir 1,20,000 $.mi> Kr)d) an[ pC) t[n[1,50,000 mi> v[c) ti[ k[Tli % nfi[ Yyi[? • aip[l sm)krN vipri[ • ap&Ni<>kmi> jvib aiv[ t[n& srL)krN kr)n[ Tkivir)mi> f[rvi[. nfi[/n&ksin m&L rkm

  13. nfi[ an[ n&ksin • a[k mi[Trkir 1,20,000$.mi> Kr)d) an[ pC) 1,40,000, mi> v[c) ti[ k[Tli Tki nfi[ Yyi[ . nfi[ m&Lrkm

  14. nfi[ an[ n&ksin • a[k siykl 6000 $.mi> Kr)d) an[ pC) 4500 $. mi> v[c) ti[ k[Tli Tki n&ksin Yy&? n&ksin m&Lrkm

  15. (vr&¹F Tkivir) • m&Lrkm h>m[Si 100% j hi[y • 20% ni[ GTiDi[ a[Tl[ nv) (k>mt m&L (k>mt krti 80% j[Tl) C[. • 15% Tkini[ vFiri[ a[Tl[ nv)k)m>t m&L (k>mt krti 115% j[Tl) C[. • k[Ãky&l[Tr Y) m&L (k>mt Si[Fi[.

  16. (v$¹F Tkivir) • di.t. 25% ni s[lmi> a[k si[fi $.48000 mi> mL[ C[ ti[ a[n) m&L (k>mt S&> hS[? • 25% vLtr a[Tl[ k[ m&L (k>mtni 75% • a[Tl[ 100% - 25% = 75% • a[Tl[,Rs 48000  0.75 = $i. 64000 x 0.75 s[l pC)n) k)>mt $i.48000 s[l ph[lin) (k>mt ÷ 0.75

  17. (vr&¹F Tkivir) • di.t. p[T^i[lmi> Yy[li 10% BivvFirin[ l)F[ t[n) (>kmt hv[ 50 $i.p\(t l)Tr C[,ti[ BivvFir ph[li t[n) k)>mt S&> ht)? • 10% BivvFiri[ mtlb m&L rkmni 110% • miT[, 50$i. 1.10 = 45.45 $i. p\(t l)Tr x 1.10 nv) k)>mt $i.. 50 BivvFiri ph[lin) k)>mt ÷ 1.10

  18. Tkivir)mi> lKv&> • a[k j¸Yin) b)ji j¸Yin) Tkivir srKimN) • di.t.mn)Sni (vÉiinmi>Y) 50 mi>Y) 32 g&>N aiÄyi an[ g(Ntmi> 80 mi>Y) 48 g&>N aiÄyi • ti[ ph[li Big piD) li[ • (vÉiing(Nt = 64% = 60%

  19. Tkivir)mi> lKv&> • k[Tli Tki mi[Trkirni[ r>g l)li[ C[? • 122 mi>Y) 22 ni[ r>g l)li[ C[ miT[, • dSi>Smi> f[rvi[ • Ryirbid Tkivir)mi> f[rvi[ =18%

  20. siri>S • ap&Ni><k mi>Y) dSi>S mi>Y) Tkivir) Si[Fv). • Tkivir) Si[Fv) • nfi[ an[ n&kSin • (v$¹F Tkivir) • Tkivir)mi> lKv&>

More Related