# x + y= 15 # x > y # x = 3 × y - 1 3y-1 + y = 15
4y - 1 = 15
4y = 16
y = 4 x = 3(4) - 1
x = 12 - 1
x = 11
Not always, if the smaller number is 0 or a negative number. Then their sum will be equal or less than the greater number.
What are equal sets?? A set is a grouping of numbers. Set P = {1,4,9} if set Q is equal it must contain exactly the same numbers.
Any 3 given numbers representing the sides of a triangle that do not comply with Pythagoras' theorem for a right angle triangle are not valid.
opposites
2*45 = 90
The numbers are: 3 and 12
If one number is divisible by another (in this case, 15 is divisible by 5), then the least common multiple is equal to the larger of the numbers (15), and the greatest common factor is equal to the smaller of the numbers (5).If one number is divisible by another (in this case, 15 is divisible by 5), then the least common multiple is equal to the larger of the numbers (15), and the greatest common factor is equal to the smaller of the numbers (5).If one number is divisible by another (in this case, 15 is divisible by 5), then the least common multiple is equal to the larger of the numbers (15), and the greatest common factor is equal to the smaller of the numbers (5).If one number is divisible by another (in this case, 15 is divisible by 5), then the least common multiple is equal to the larger of the numbers (15), and the greatest common factor is equal to the smaller of the numbers (5).
Often, but not always. It depends upon what you do with them. If the numbers are not equal, and you subtract the larger from the smaller, the answer will be negative.
Multiply the two smaller numbers and see if they equal the larger number.
The GCF can be equal to the smaller number if the smaller number is a factor of the larger one. The GCF can be equal to both numbers if they are the same number. The GCF of 10 and 10 is 10.
No number can have a multiple smaller than itself. No number can have a factor larger than itself. In a set of two numbers, the LCM can't be smaller than the larger number and the GCF can't be larger than the smaller number. In rare cases, the LCM can equal the GCF, but it can never be smaller.
The number 12.
It is also a number. It can be smaller than, equal to or larger than either of the two numbers.
Let x = the smaller number and x + 2 equal the larger. Then ((x + 2)/2) - 2x/5 = 5. This simplifies to x/10 = 4, or x = 40. So the two numbers are 40 and 42.
yes, it can be smaller, equal or larger to the true value of the population varience.
21/7 = 3 Two smaller numbers are 2.99999 and 2.99998
Not always, if the smaller number is 0 or a negative number. Then their sum will be equal or less than the greater number.