Basically, you have the following linear equation system:
a = b + 2
a + b = a * b (I assume "v" is a typo for "b").
Substituting (b+2) for a in the second equation, we get:
2b+2 = b(b+2) = b^2+2b
Subtracting (2b) from both sides, we get:
2 = b^2
and we can conclude that:
b = sqrt(2)
which is not an integer (in fact, it is not even rational).
And it is pretty easy to prove that sqrt(2) is not an integer, if needed.
Depending on what numbers are you picking from: {Integers, Whole Numbers, Natural numbers, All real numbers} will affect the probability.
If the numbers are positive integers then the maximum product is usually obtained when the three numbers are equal but this cannot apply in this case. However, the three numbers that are almost equal are 7,7 and 6. The maximum product is, 7 x 7 x 6 = 294.
When one of the numbers is positive and the other is negative.
3.268 and 6.372 (approx)
Because prime numbers don't have any common prime factors. Their GCF is 1. Since the product of the GCF and LCM of a pair of numbers equals the product of the numbers, the LCM has to be equal to the product.
The product of any two integers is equal to the product of their GCF and LCM. That means you can find any of those four numbers by knowing the other three.
Depending on what numbers are you picking from: {Integers, Whole Numbers, Natural numbers, All real numbers} will affect the probability.
If the numbers are positive integers then the maximum product is usually obtained when the three numbers are equal but this cannot apply in this case. However, the three numbers that are almost equal are 7,7 and 6. The maximum product is, 7 x 7 x 6 = 294.
When one of the numbers is positive and the other is negative.
3.268 and 6.372 (approx)
Because prime numbers don't have any common prime factors. Their GCF is 1. Since the product of the GCF and LCM of a pair of numbers equals the product of the numbers, the LCM has to be equal to the product.
There are no two consecutive integers, negative or positive, whose product is 440.
what is the formula to use to solve the product of two consecutive odd integers
The numbers are 62 and 64 are two consecutive integers that equal 126.
There are no such integers.
In number theory, the product of two positive integers will equal the product of their GCF and LCM. Dividing that product by one of them will give you the other.
There are an infinite number of groups of numbers whose sum, difference, product, quotient etc. is equal to 40 . But there are not four numbers that equal 40. In fact, there is only one number that equals 40. The number is . . . . . 40 .