solution
For the first 3 months:
Annual rate=18%
The rate convertible monthly is:
1218%=0.015 The number of compounding periods in the 3 months is 3
For the next 9 months:
Annual rate=20%
The rate convertible quarterly is:
420%=0.05 The number of compounding periods in the 9 months is:
129∗4=3
Therefore the investment grows by 0.015 for 3 periods and then by 0.05 for a further 3 periods.
Future value=P∗(1+r1)n1∗(1+r2)n2
=250∗(1.015)3∗(1.05)3=302.6259
answer: the investment will be worth £ 302.63
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