00:01
So first we calculate the present value, p2, of fra today which is 1 .5 stars, 23, 22.
00:15
So present value of fra is the sum of the present value of the future cash flow.
00:22
So each cash flow is the interest payment at the end of each year.
00:32
Here we calculate the pv.
00:48
So pv is this, divided by 1 plus r to the power 10.
00:55
So pf is cash flow, r is discount, and it's number of periods.
00:59
So cash flow for year 1 is 100 million multiplied by 3%.
01:14
Year 2 is 100 million multiplied by x percent to be observed at the end of year 1.
01:27
And 100 million multiplied by x to be observed at the end of year 2 and year 3.
01:38
And we can make x and y as the interest rate for year 2 and 3.
01:45
So pv today is 100 multiplied by 1038.
01:55
Divided by 1 plus r to the power 1 plus 100 multiplied by x to the power 1 plus r to the power 2 plus 100 multiplied by y to the power 1 plus r to the power 3.
02:21
And if you get the value of x and y as the discount rate, you can get the final value of pv...