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This question is based on the following CMO: -100 residential loans, average sta

ID: 2490872 • Letter: T

Question

This question is based on the following CMO:

-100 residential loans, average starting loan balance $250,000

-10 year FRMs with annual payments, WAC 4.25%

-Assume 0 prepayment

Now, suppose than instead the CMO was structured as a sequential pay security. There is $5,000,000

of principal allotted to the A Tranche, which has a coupon rate of 3.00%, $7,500,000 of principal

allotted to the B Tranche, which has a coupon rate of 3.75%, $10,500,000 of principal allotted to

the Z (accrual) Tranche, which has a coupon rate of 4.25%. The issuer (residual) will receive cash

flows after payment rules to other classes are satisfied.

The payment rules are as follows:

Priority payments will be made to the A tranche and the A class will be first to receive their promised coupon payment.

The B class will receive interest payments only until the A class is repaid. In addition to interest, A will receive priority

payments toward principal in the amount of sum of principal repayment by the pool and the interest accrued to Z in that

period. After A is repaid, B then will receive priority payments of amortization and accrued interest according the same

rules as A. The Z class will accrue interest until both A and B are repaid. Z will receive current interest and principal

payments at that time according to the same rules as A and B. All cash flows from the pool that are not designated by the

above rules will go to the residual class in that period.

CFs to pool:

Time (in years)

Start Balance

Payment

Interest

Principal

End Balance

1

$25,000,000.00

$3,120,753.04

1,062,500.00

$2,058,253.04

$22,941,746.96

2

22,941,746.96

$3,120,753.04

975,024.25

$2,145,728.80

$20,796,018.16

3

20,796,018.16

$3,120,753.04

883,830.77

$2,236,922.27

$18,559,095.89

4

18,559,095.89

$3,120,753.04

788,761.58

$2,331,991.47

$16,227,104.42

5

16,227,104.42

$3,120,753.04

689,651.94

$2,431,101.11

$13,796,003.31

6

13,796,003.31

$3,120,753.04

586,330.14

$2,534,422.90

$11,261,580.41

7

11,261,580.41

$3,120,753.04

478,617.17

$2,642,135.88

$8,619,444.53

8

8,619,444.53

$3,120,753.04

366,326.39

$2,754,426.65

$5,865,017.88

9

5,865,017.88

$3,120,753.04

249,263.26

$2,871,489.78

$2,993,528.10

10

2,993,528.10

$3,120,753.04

127,224.94

$2,993,528.10

$0.00

What is the balance of class A at the end of year 1?

What is the balance of class B at the end of year 1?

What is the balance of class Z at the end of year 1?

What is the IRR to the residual class, given the information in the chart below?

Cash flows to residual class:

T=0 ????

T=1 ????

T=2 153,693.71

T=3 121,922.76

T=4 108,313.21

T=5 94,125.26

T=6 85,000.00

T=7 85,000.00

T=8 85,000.00

T=9 85,000.00

T=10 2,085,000.00

What is maturity of the A tranche given no prepayment? State your answer in number of years. What is the total sum of cash flows paid to class A (total principal and interest over lifespan of security).

Time (in years)

Start Balance

Payment

Interest

Principal

End Balance

1

$25,000,000.00

$3,120,753.04

1,062,500.00

$2,058,253.04

$22,941,746.96

2

22,941,746.96

$3,120,753.04

975,024.25

$2,145,728.80

$20,796,018.16

3

20,796,018.16

$3,120,753.04

883,830.77

$2,236,922.27

$18,559,095.89

4

18,559,095.89

$3,120,753.04

788,761.58

$2,331,991.47

$16,227,104.42

5

16,227,104.42

$3,120,753.04

689,651.94

$2,431,101.11

$13,796,003.31

6

13,796,003.31

$3,120,753.04

586,330.14

$2,534,422.90

$11,261,580.41

7

11,261,580.41

$3,120,753.04

478,617.17

$2,642,135.88

$8,619,444.53

8

8,619,444.53

$3,120,753.04

366,326.39

$2,754,426.65

$5,865,017.88

9

5,865,017.88

$3,120,753.04

249,263.26

$2,871,489.78

$2,993,528.10

10

2,993,528.10

$3,120,753.04

127,224.94

$2,993,528.10

$0.00

Explanation / Answer

IRR = PV Factor = Initial investment / Average Cash inflow Total Cash inflow =2803054.94 Average inflow = 2803054.94/9 =311450.55 Initial investment of tranche A = $50,000,000 Tranche A PV Factor = $ 50,000,000/ $ 311450.55 = 16.5 The PV factor of 16.05 is to be located in the annuity Table This falls in the 20%

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