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## If Ab64Ab Is Divisible By 12, Then The Least Possible Value Of A + B Is?

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## Answers ( 4 )

## If Ab64Ab Is Divisible By 12, Then The Least Possible Value Of A + B Is?

Intuition tells us that the least possible value of a + B is 12. How can we know this for sure? The answer can be found by taking the quotient of each side of the equation. So, if Ab64Ab is divisible by 12, then the least possible value of a + B is 12.

## What is Ab64Ab?

There exists a number that is the sum of its two prime factors, but it is not divisible by any other number. This number is called AbAb (or sometimes simply Ab). What is the least possible value of a + b if AbAb is divisible by ?

The answer to this question can be found using the prime factorization of AbAb. The prime factorization of a number is the way that it can be broken down into smaller pieces, where each piece has only one prime factor. In the case of AbAb, the prime factorization is:

2 × 2 × 3 = 6

4 × 5 = 25

3 × 7 = 21

Note that because AbAb is divisible by 3, 5 and 7, the least possible value of a + b would be 18.

## The Method

There are a few ways to find the least possible value of a + b. The easiest way is to use the distributive property. This states that if a and b are both integers, then:

a + b = (a+b) ÷ 2

This equation can be solved for the least possible value of a+b by dividing both sides by 2. If ab is divisible by , then the least possible value of a+b is .

## Results

If AbAb is divisible by , then the least possible value of a + b is?

Consider the following equation:

a + b = c

We can simplify this equation by dividing both sides by . We get:

a + b /= c

This means that if a and b are both integers, then the least possible value of a + b is c.

## Conclusion

According to the theorem, if ab is divisible by 12 then the least possible value of a + b is 12. In other words, if you have two numbers and want to find out what their lowest possible sum would be, simply add them together and divide that number by 12.

If Ab64Ab is divisible by 12, then the least possible value of A and B is a common mathematical puzzle that has puzzled mathematicians and students alike. The puzzle requires you to figure out the least possible values for two variables, A and B, given that Ab64Ab is divisible by 12. Although it seems tricky at first glance, this puzzle can be solved in a matter of minutes using basic mathematics.

To solve this problem efficiently, one must first realize that 64 can be expressed as 8×8 or 4×16. Since 12 divides into both these numbers evenly, we know that both A and B must divide into either 8 or 16 with no remainders.

🤔The age-old question of “if Ab64Ab is divisible by 12, then what is the least possible value of A + B?” has been vexing mathematicians for years.

But don’t worry, we’ve got the answer for you! After doing some number crunching and mathematical calculations, we can confidently say that the least possible value of A + B is 6.

Let’s break it down. If Ab64Ab is divisible by 12, then A must be divisible by 3 and B must be divisible by 4. This means that the least possible value of A is 3 and the least possible value of B is 4.

When we add these two numbers together, we get a total of 7. This is the least possible value of A + B when Ab64Ab is divisible by 12.

So there you have it – the least possible value of A + B when Ab64Ab is divisible by 12 is 6. 🤓

To determine the least possible value of A and B for the number Ab64Ab to be divisible by 12, we need to consider the divisibility rules for 12.

The rule for divisibility by 12 states that a number must be divisible by both 3 and 4 in order to be divisible by 12.

For a number to be divisible by 3, the sum of its digits must be divisible by 3. In this case, A + b + 6 + 4 + A + b = 2A + 2b +10 must be divisible by 3.

For a number to be divisible by 4, the last two digits of the number must form a multiple of 4. In this case, Ab must form a multiple of 4.

Considering these rules, we can find the least possible values for A and B that satisfy both conditions.