Answer:
$9,813.42
Step-by-step explanation:
0.25% is added to 100% of the account value each year, so each year the account value is multiplied by 100.25% = 1.0025. This happens for 13 years, so the final account value is ...
$9500×1.0025^13 ≈ $9,813.42
Answer:
Answer is c
Step-by-step explanation:
Given an expression in n as
We are asked to find out the limit as n tends to infinity
The given term has degree 1 for n in the numerator and degree 2 for n in the denominator
When n tends to infinity, since n is very large, we can say n^2>n
IN other words denominator having square of n approaches infinity faster than the numerator
This gives the limit as a finite value/infinite =0
HEnce limit =0
Answer:
C. P= 1000M
Step-by-step explanation:
Using the quotient rule of logs we can write:
log(M) - log(N) = 4
or
log(M) - 4 = log(N) (Equation 1)
Using the quotient rule of logs we can write:
log(P) - log(N) = 7
or
log(P) - 7 = log(N) (Equation 2)
Comparing equation 1 and 2, we can write:
log(M) - 4 = log(P) - 7
-4 + 7 = log(P) - log(M)
log(P) - log(M) = 3
Converting the log to exponential form we get:
Thus, option C gives the correct answer.
I think you have to count 85 and go down like 85 86 87so the answer is 15
If the mixed number can be anything less than 1 then sure, but I don't think 0 can be the whole number part of a mixed number, or at least I've never seen it