Sorry, this was the answer to the wrong question, I'm very sorry for the inconvenience.
Answer: 145
Step-by-step explanation:
check
Hi there!
Let x = 3. 72727.... ---(i)
Multiply 100 in eqn. (i)
100x = 372. 72727... ---(ii)
Subtract Eqn. (i) from (ii)
100x - x = 372. 7272... - 3. 7272...
99x = 369
x =

x =

Hence,

is th' required p-q form.
~ Hope it helps!
Answer:
The total payment Janie have to make is $5466 .
Step-by-step explanation:
Given as :
The loan principal = $4850
The rate of interest applied = 13.8% compounded monthly
Let The time period of loan = t years
The monthly payment she make = $455.50 each month
I.e She make payment for t years = $455.50 × n
where n is the number of terms
<u>From Compound Interest</u>
Amount = Principal × 
Or, $455.50 × n = $4850 × 
Or,
× n = 
Or, 0.0939 × n = 
Or, 0.0939 × n = 1.14707
∴ n = 
I.e n = 12.21 ≈ 12
So, The number of terms Janie she will pay = 12
So, The total payment she have to make = $455.50 × 12 = $5466
Hence The total payment Janie have to make is $5466 . Answer
Answer and Step-by-step explanation:
With the distributive property, the 8 will distribute itself to the a and the 4, resulting in <u>8a + 32</u>.
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