Respuesta :
For this we will use formula that is letting us to input: interest rate, starting funds, how often intereset rate is implemented, period we are observing. Formula looks like this:
[tex]M = S(1+ \frac{i}{cp})^cp*y [/tex]
where M is money, S is starting funds, "i" is interest rate, cp is compounding period and y is number of years. now we express and calculated for both of them and get
M = 318,479 for Patricks investement.
M = 331,482 for Brooklyn.
Which means Brooklyn's method will pay of more.
[tex]M = S(1+ \frac{i}{cp})^cp*y [/tex]
where M is money, S is starting funds, "i" is interest rate, cp is compounding period and y is number of years. now we express and calculated for both of them and get
M = 318,479 for Patricks investement.
M = 331,482 for Brooklyn.
Which means Brooklyn's method will pay of more.
Compound interest results in more money after 2 years.Compound interest results in more money after 2 years than simple interest.
What is the definition of simple interest?
Simple interest is employed in various industries, including banking, finance, and automobiles.
For this, we will employ a formula that allows us to enter the following data: interest rate, initial funding, the frequency with which interest rates are applied, and the observation duration. The formula is as follows:
[tex]\rm M = S(1+ \frac{i}{c_p})c_p \times y[/tex]
M is the amount of money,
S is the initial investment = $300
I is the interest rate = 3%
cp is the compounding period,
y is the number of years = 2
M = 318,479 for Patricks investement.
M = 331,482 for Brooklyn
Hence, the amount of money for Patricks and Brooklyn will get 318,479 and 331,482.
To learn more about simple interests, refer to;
https://brainly.com/question/14031892
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