Question

question about interest...
attached below...
will medal

Answer 1

@Nnesha @Michele_Laino @ganeshie8

Answer 2

@pooja195

Answer 3

@Nnesha

Answer 4

formula to solve \[\huge\rm A=P(1+\frac{ r }{ n})^t\]
where
`P`-principal starting balance
`t`- time
`r`-interest rate (we need in decimalso divide r by 100)
`n`= number of compounded per year ( for compounded annually replace n with 1)

Answer 5

substitute p ,r n t solve for A

Answer 6

so would it be $3,696.00

Answer 7

`correction` \[\huge\rm A=P(1+\frac{ r }{ n})^{nt}\]
where
`P`-principal starting balance
`t`- time
`r`-interest rate (we need in decimalso divide r by 100)
`n`= number of compounded per year ( for compounded annually replace n with 1)

Answer 8

i didn't get that answer hmm

Answer 9

try again plz

Answer 10

$3,712.05

Answer 11

show your steps what did you type into the calculator ?

Answer 12

you can get really good interest calculators at here http://www.calculatorsoup.com/calculators/financial/ they helped me out a lot. They also tell you the equations to use.

Answer 13

$ 3,574.37

Answer 14

\(\color{blue}{\text{Originally Posted by}}\) @Nnesha
show your steps what did you type into the calculator ?
\(\color{blue}{\text{End of Quote}}\)
^

Answer 15

i didnt do it in my calc i just need u to check my answer

Answer 16

what's your answer ?
i gave you the formula just plug in the numbers and use calculator why wasting ur time ?
use the calculator instead posing answer choices

Answer 17

posting*

Answer 18

$ 3,574.37