This is what happens when you study too much…
But I’m obsessed with getting the right answer to this. In my Schweser class notes, the point was made pretty strongly that we should be able to calculate the equivalent yield to a lender / borrower engaging in a loan hedged with puts / calls in either bond equivalent yield or effective annual yield. I don’t think I saw BEY anywhere in the curriculum. But I’m going to worry about it anyway.
My problem is that the one example I have from Schweser for this calculation doesn’t appear correct to me. Anyone want to try this one on for size??
_________
In 60 days a bank plans to lend $1 million for
180 days. The lending rate is LIBOR+100 bps
and current LIBOR is 4.5%. The bank buys an
interest-rate put that matures in 60 days with a
notional principal of $1 million and a strike rate
of 4.3%. The put premium is $3,000. Calculate
the annual rate of the loan if at expiration
LIBOR = 4%.
(Show both EAR and BEY…)
But I’m obsessed with getting the right answer to this. In my Schweser class notes, the point was made pretty strongly that we should be able to calculate the equivalent yield to a lender / borrower engaging in a loan hedged with puts / calls in either bond equivalent yield or effective annual yield. I don’t think I saw BEY anywhere in the curriculum. But I’m going to worry about it anyway.
My problem is that the one example I have from Schweser for this calculation doesn’t appear correct to me. Anyone want to try this one on for size??
_________
In 60 days a bank plans to lend $1 million for
180 days. The lending rate is LIBOR+100 bps
and current LIBOR is 4.5%. The bank buys an
interest-rate put that matures in 60 days with a
notional principal of $1 million and a strike rate
of 4.3%. The put premium is $3,000. Calculate
the annual rate of the loan if at expiration
LIBOR = 4%.
(Show both EAR and BEY…)