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Section 6.7 Compound Interest
18

Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.

Jan 23, 2016

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Page 1: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.

Section 6.7

Compound Interest

Page 2: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 3: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 4: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 5: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 6: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 7: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 8: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.

Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously for a time t of 1 year.

Page 9: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 10: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.

The effective rate of interest is the equivalent annual simple rate of interest that would yield the same amount as compounding after 1 year.

Page 11: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 12: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 13: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 14: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.

(a)7% compounded monthly?

(b) 6% compounded continuously?

Page 15: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.
Page 16: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.

What annual rate of interest compounded quarterly should you seek if you want to double your investment in 6 years?

Page 17: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.

(a)How long will it take for an investment to double in value if it earns 6% compounded continuously?

(b) How long will it take to triple at this rate?

Page 18: Section 6.7 Compound Interest. Find the amount A that results from investing a principal P of $2000 at an annual rate r of 8% compounded continuously.

A)

B)

C)

D)