Recent questions and answers in BUS 2016H - Financial Mathematics

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chapter 15: premium not a lump sum.

answered Nov 1, 2018 in BUS 2016H - Financial Mathematics by Musa (280 points)

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How to do Stochastic Interest rate problems with lognormally distributed accumulation factors (practice question)

answered Oct 28, 2018 in BUS 2016H - Financial Mathematics by ChrisS (460 points)

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Nov 2016 Exam Q4a. "Solve for i" style of question.

answered Oct 28, 2018 in BUS 2016H - Financial Mathematics by TianheRen (460 points)

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TutTest 12 2018

answered Oct 9, 2018 in BUS 2016H - Financial Mathematics by Graham Tangawamira (140 points)

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Residuals in Makeham's Formula : Tutorial Test 10

answered Aug 27, 2018 in BUS 2016H - Financial Mathematics by TianheRen (460 points)

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What is the difference between buying bonds and investing in bonds?

answered Aug 27, 2018 in BUS 2016H - Financial Mathematics by TianheRen (460 points)

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Makeham's formula

answered Aug 15, 2018 in BUS 2016H - Financial Mathematics by Musa (280 points)

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calculate the number of coupon payments

answered Apr 10, 2018 in BUS 2016H - Financial Mathematics by Musa (280 points)

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2 answers 76 views

Chapter 6: Annuities

answered Apr 3, 2018 in BUS 2016H - Financial Mathematics by chnpat005 (180 points)

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How do you prove that the nominal interest rate is a decreasing function of time

answered Nov 21, 2017 in BUS 2016H - Financial Mathematics by Sure (700 points)

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November 2011 Exam - Q3

answered Nov 21, 2017 in BUS 2016H - Financial Mathematics by Rowan (4,010 points)

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is the spot price calculated at time 0 (i.e 6 months before the first coupon) or when the contract is negotiated?

answered Nov 20, 2017 in BUS 2016H - Financial Mathematics by Michael (580 points)

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Proof that \((1-d)=(1-\frac{d^ {(p)}}{p})^{1/p} \)

answered Nov 12, 2017 in BUS 2016H - Financial Mathematics by Richard van Gysen (3,180 points)

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how do you prove that the nominal interest rate i^p is a decreasing function of p?

answered Nov 10, 2017 in BUS 2016H - Financial Mathematics by PTTKAT004 (300 points)

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How do you prove that the limit as p approaches infinity of i^p=delta where delta is the force of interest?

answered Nov 10, 2017 in BUS 2016H - Financial Mathematics by Georgi (400 points)

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2 answers 96 views

Tut 12 question 5(b)

answered Nov 3, 2017 in BUS 2016H - Financial Mathematics by Kyle J van Vuuren (150 points)

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Tut 12 Q2b): Value of the contract at time r

answered Oct 11, 2017 in BUS 2016H - Financial Mathematics by PTTKAT004 (300 points)

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1 answer 107 views

Tut 5 question 2

answered Sep 6, 2017 in BUS 2016H - Financial Mathematics by Georgi (400 points)

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1 answer 1,112 views

difference between a "simple" continuous payment and an increasing/decreasing continuous stream of payment.

answered Sep 1, 2017 in BUS 2016H - Financial Mathematics by Alexa Psillos (860 points)

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1 answer 154 views

Using the financial calculator for deferred annuities

answered Aug 24, 2017 in BUS 2016H - Financial Mathematics by Rowan (4,010 points)