The greatest value ABAB can have is 7272.
The given parameters:
- <em>Counting number ABAB = multiple of 36</em>
The counting number can be expanded as follows;
ABAB = 100 x AB + AB
= AB00 + AB
= AB(100 + 1)
= AB(101)
101 is a prime factor of AB and has only two factors.
The prime factor of 101 = 1 x 2
Since 101 is prime, the counting number AB must 2-digits multiples of 36.
The greatest value ABAB can have is calculated as follows;
ABAB = (36 x 2)(36 x 2)
ABAB = 7272
Thus, the greatest value ABAB can have is 7272.
Learn more about prime factors here: brainly.com/question/24612438
There's no question so we'll make some up.
Percentage increase?
About a 21.5% increase
Biweekly pay?
$1787 biweekly
Hi there! The answer is A. miles
We can find the miles someone would run during the marathon, by using the formula for the perimeter. This is:
2 × width + 2 x length.
Filling in this formula learns us that the distance that is run is measured in miles. The answer is A.
Answer:
Step-by-step explanation:
This is a geometric sum
s=a(r^n-1)/(r-1), here a=5000, n=20, r=1.04
s=5000(1.04^20-1)/(0.04)
s=$148890.39
