• We are pleased to announce that the winner of our Feedback Prize Draw for the Winter 2024-25 session and winning £150 of gift vouchers is Zhao Liang Tay. Congratulations to Zhao Liang. If you fancy winning £150 worth of gift vouchers (from a major UK store) for the Summer 2025 exam sitting for just a few minutes of your time throughout the session, please see our website at https://www.acted.co.uk/further-info.html?pat=feedback#feedback-prize for more information on how you can make sure your name is included in the draw at the end of the session.
  • Please be advised that the SP1, SP5 and SP7 X1 deadline is the 14th July and not the 17th June as first stated. Please accept out apologies for any confusion caused.

Valuation of Floating Rate Note

S

Sendo

Member
This question is from the recent South African exam (course similar to SP5):

Happy Credit (HC) extends 3-, 4- and 5-year personal loans with the variable interest rate being linked to the prime rate, and capital being repaid over the loan term. HC funds its operations by issuing 3-year Floating Rate Notes (FRNs) at par, paying the 3-month Johannesburg Interbank Average Rate (JIBAR) plus 1% p.a.

At present the annual, continuously compounding JIBAR 3-month rate is 9% and the 6-month rate, 10%.

Calculate the value of a FRN that was issued by HC, with six months outstanding, on a principle of R10 million.


I don't quite understand the memo which reads:

upload_2019-9-28_11-10-50.png

Why is there a -1 part to the equation?
This seems like a very simple question, but am struggling to understand the concept.
 

Attachments

  • upload_2019-9-28_11-10-23.png
    upload_2019-9-28_11-10-23.png
    12.8 KB · Views: 3
Hi Sendo, so there are two payments remaining on this FRN:

- in 6 months' time: a payment consisting of the coupon (which will be (11%+1%)/4) and the principal of the FRN

- in 3 months' time: a payment consisting of the coupon (which will be (9%+1%)/4) only

So in the formula, when we calculate the value of the payment in 3 months' we have a '-1' term, because no principal is being paid.

(In other words e^((0.09+0.01)x0.25) = 1.0253, so we need to deduct 1, otherwise we are effectively assuming the payment is of interest AND principal. We can then multiply this interest payment by a discount factor (e^(-0.09x0.25) to calculate the present value.)

Hope that helps

Gresham
 
Back
Top