| A | 
B | 
C | 
D | 
E | 
F | 
G | 
H | 
I | 
J | 
| 2 | 
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| 3 | 
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a-1) | 
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| 4 | 
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| 5 | 
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Number of Bonds to be issued | 
=Amount to Raised / Current Price of the Bond | 
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| 6 | 
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| 7 | 
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Amount to be Raised | 
46 | 
million | 
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| 8 | 
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| 9 | 
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Since required rate of return is same as the coupon rate, | 
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| 10 | 
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therefore the price of coupon bond will be equal to the par
value of the bond. | 
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| 11 | 
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Par Value of coupon Bond | 
1000 | 
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| 12 | 
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Current price of Coupon Bond | 
=D11 | 
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| 13 | 
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| 14 | 
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Number of Coupon Bonds to be issued | 
=Amount to Raised / Current Price of the Copun
Bond | 
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| 15 | 
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=D7/D12 | 
=D7/D12 | 
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| 16 | 
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| 17 | 
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Hence Number of coupon Bonds to be issued
is | 
=D15 | 
million | 
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| 18 | 
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| 19 | 
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a-2) | 
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| 20 | 
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| 21 | 
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Number of Bonds to be issued | 
=Amount to Raised / Current Price of the Bond | 
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| 22 | 
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| 23 | 
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Amount to be Raised | 
46 | 
million | 
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| 24 | 
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| 25 | 
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Required rate of return | 
0.07 | 
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| 26 | 
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| 27 | 
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Price of zero coupon bond will be the present value of the face
value. | 
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| 28 | 
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Par Value of coupon Bond | 
1000 | 
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| 29 | 
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Maturity | 
25 | 
Years | 
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| 30 | 
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Current price of Zero Coupon Bond | 
=D28/((1+D25)^D29) | 
=D28/((1+D25)^D29) | 
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| 31 | 
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| 32 | 
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Number of Zero Coupon Bonds to be
issued | 
=Amount to Raised / Current Price of the Copun
Bond | 
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| 33 | 
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=D23/D30 | 
=D23/D30 | 
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| 34 | 
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| 35 | 
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Hence Number of zero coupon Bonds to be
issued is | 
=D33 | 
million | 
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| 36 | 
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| 37 | 
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b-1) | 
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| 38 | 
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Number of Bond Issued | 
=D17 | 
million | 
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| 39 | 
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Par value (F) | 
1000 | 
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| 40 | 
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Coupon rate | 
0.07 | 
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| 41 | 
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Time to maturity | 
25 | 
Years | 
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| 42 | 
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| 43 | 
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Interest is paid twice a year i.e. semiannual. | 
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| 44 | 
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Semiannual coupon (C) | 
=D39*D40/2 | 
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| 45 | 
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Semiannual Period (n) | 
=D41*2 | 
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| 46 | 
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| 47 | 
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Total amount repaid per bond | 
=D45*D44+D39 | 
=D45*D44+D39 | 
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| 48 | 
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| 49 | 
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Total Amount Repaid | 
=Number of bonds issued*Amount Repaid per Bond | 
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| 50 | 
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=D47*D38 | 
=D47*D38 | 
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| 51 | 
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| 52 | 
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Hence Total amount Repaid is | 
=D50 | 
million | 
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| 53 | 
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| 54 | 
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b-2) | 
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| 55 | 
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| 56 | 
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Number of Bond Issued | 
=D35 | 
million | 
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| 57 | 
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Par value (F) | 
1000 | 
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| 58 | 
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| 59 | 
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Par value will be repaid for coupon bond at the maturity | 
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| 60 | 
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| 61 | 
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Total Amount Repaid | 
=Number of bonds issued*Amount Repaid per Bond | 
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| 62 | 
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=D56*D57 | 
=D56*D57 | 
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| 63 | 
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| 64 | 
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Hence Total amount Repaid is | 
=D62 | 
million | 
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| 65 | 
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| 66 | 
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c) | 
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| 67 | 
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Number of Coupon Bonds Issued | 
=D17 | 
million | 
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| 68 | 
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Coupon paid on coupon bond in 1st year | 
=D39*D40 | 
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| 69 | 
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Tax Rate | 
0.3 | 
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| 70 | 
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| 71 | 
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After Tax Cash Outflow on coupon bond in
first year | 
=Number of Bonds issued*Coupon paid*(1-Tax
Rate) | 
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| 72 | 
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=D67*D68*(1-D69) | 
=D67*D68*(1-D69) | 
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| 73 | 
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| 74 | 
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Hence After Tax Cash Outflow on coupon
bond in first year | 
=D72 | 
million | 
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| 75 | 
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| 76 | 
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Since zero coupon bond doesn't pay any coupon, | 
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| 77 | 
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therefore cash outflow in case of zero coupon bond will be
0. | 
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| 78 | 
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| 79 | 
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Hence After Tax Cash Outflow on zer coupon
bond in first year | 
0 | 
million | 
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| 80 | 
 | 
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