Answer:
Option C is correct
Step-by-step explanation:
The common difference is 10,
So, the function is f(n + 1) = f(n) + 10 , where f(1) = 14
The recursive function for the arithmetic sequence is given by:
.....[1]
where d is the common difference of the two consecutive terms.
Given the arithmetic sequence :
14, 24, 34, 44, 54, .......
First term f(1) = 14
Common difference(d) = 10
Since,
24 -14 = 10
34-24 = 10
44-34 = 10 and so on....
Substitute d = 4 in [1], we have;
Therefore, the recursive function used to generate the sequence is,
and f(1) = 10
Answer:
3(c + r)
Step-by-step explanation:
C and R are just variables, so you add them in parenthesis and multiply 3 to the entire thing because afterwards you would use PEMDAS if given any numbers for C and R.
So Basically if you divide 3 by 75 you will get 0.04(which is equivalent to 4%). 4% of 3000=120 which is your answer
Answer:
Mark gonna need 15 clients to reach his goal of saving $2,500
The first answer is 67.4352 I believe. The second answer is 142.08 I think. Simplify is another term for evaluate!
