Answer: it’s a
Step-by-step explanation:
Cause I think it’s is
Answer:
2004
Step-by-step explanation:
3:2 is ur answer to this question
We have been given that Tony wants to save $10000 in 6 years.
That means future value S = $10000
Time t= 6 years
Interest rate = 4% yearly = 0.04 yearly
n=12 months per year
Now we have to find monthly payment to recieve $10000 in 6 years. so we need to apply monthly payment formula which is









which is approx $123.
Hence final answer is C) $123.