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Financial mathematics - can someone hel me out? i contribute on here a lot, i hope i get some help too hehe?

Mr Outov Luk recently emigrated to the UK, bringing with him a painting valued at £250,000. Art experts advised him, however, that it was unlikely to go up in price until the painter died. The painter is only 30, and comes from a very long lived family in the Caucasus. Mr Luk, aged 30 himself, was hoping to use the painting as his pension when he retires at the age of 60. a)Assuming that the average inflation rate will be 3% per annum for the next 30 years, calculate the present value of Mr Luk’s pension fund. b)Mr luk decided it was prudent to begin a pension savings plan to top up his pension. He had two options. Option 1 Invest £200 per month in his company pension plan. The money would be taken from his salary at the end of each month and invested immediately. The company will match his contributions by topping it up by £40 per month. The past performance of the company plan suggests he could get an annual nominal return of 7.2%, compounded monthly on his investment. Option 2 Make annual lump sum payments into a private pension scheme at the start of each year. Current legislation limits the amount he can put in to £3000 a year. His good friend Mr Nevagivasuka Aneve Nbrake advises him that the scheme run by his company is expected to generate compounded annual nominal returns of at least 10%. (i)Calculate the value of final pension fund which will be generated by each option. (ii)In light of your calculations in part i), and of any other considerations which you think might be relevant, what advice would you give to Mr Luk? Do you mind if you use formulas when resolving it? and if possible could you give me a website that explains how these calculations works so i can understand more? thanks very much

4 months ago - 3 answers

Best Answer

Chosen by Asker

How are you expected to work these out. You can search the web for "financial formulas" if you're just expected to come out with them, but let's derive them. a) This painting will be worth £250,000 in 30 years. As we expect inflation it is obviously worth less now, say £y. The first year this value will increase by 3% so we can multiply it by 1.03. The second year this new value needs to be multiplied by 1.03 so the original figure has been multiplied by 1.03 x 1.03 , or 1.03 ^2. (That's squared) After 30 years the value is £y x 1.03^30 which = £250,000. So y = 250,000 / 1.03^30, or 102,997 to the nearest £. Option 1. Payment is monthly so we have 360 periods to consider. The interest rate is 7.2%pa which = 0.6% peer month. The multiple used here is 1.006. At the end of month 1 we have £240 in the fund. After month 2 we have 240(1.006) from the first contribution plus another 240. Month 3 sees 240(1.006)^2 from the first contribution plus 240(1.006) from the second plus 240. With a bit of manipulation you should see that the formula for the pot at the end is the sum of 240(1.006)^n with n ranging from 0 to 359. Sorry I don't know how to get the maths symbols on here. Option 2. This is the same as option 1 but we have annual calculations. Also the first payment is made at the beginning of the year. Think about it. The interest multiple is now 1.10. The n will now range from 1 to 30. Does this help?

by tringyokel

4 months ago

Asker's Rating: 

Other Answers

Ha I like your style you don't want much do you. Hehe!

by Nettie- 4 months ago

Is this your home work?

by The Joker- 4 months ago