Not sure this question is stated correctly.
Answering logically, the LCM of 12 (3x4) and 24 (12x2) is 24. This is because 12(x2=24) and 24(x1=24) are both factors of 24.
Altering the question slightly, the least common multiple of 2, 3, 4, and 12 is 12. This is because 2(x6=12), 3(x4=12), 4(x3=12), and 12(x1=12) are all factors of 12.
A multiple of a number x is xy where y is any integer. For example, multiples of 3 include 12 (3x4) 15 (3x5) and 36 (3x12) A common multiple of x and z is any number that can be expressed as a multiple of x or z. For instance 36 is a common multiple of 3 and 4, as it is a multiple of both. The term "greatest" means the highest valued number. For instance, the greatest out of 4, 68 and 20 is 68. It makes no sense to speak of a "greatest common multiple" as common multiples will go up to infinity. If I have a common multiple m, then 2m, 3m, 4m and so on will also be common multiples.
3x4=12-4=8
yes 2x4=8 4x2=8 or 2x6=12 3x4=12 No, but any multiple of 2 is a multiple of 4. For example, 26 is a multiple of 2 (x13) but NOT a multiple of 4 (4x6=24; 4x7=28).
12
it 12
12 why: 3x4=12 4x3=12 6x2=12
3 is the smallest whole number that can be multiplied by another whole number and result in 9 (3x3) 12 (3x4) and 15 (3x5).
A multiple of a number x is xy where y is any integer. For example, multiples of 3 include 12 (3x4) 15 (3x5) and 36 (3x12) A common multiple of x and z is any number that can be expressed as a multiple of x or z. For instance 36 is a common multiple of 3 and 4, as it is a multiple of both. The term "greatest" means the highest valued number. For instance, the greatest out of 4, 68 and 20 is 68. It makes no sense to speak of a "greatest common multiple" as common multiples will go up to infinity. If I have a common multiple m, then 2m, 3m, 4m and so on will also be common multiples.
3x
3x4=12-4=8
Any multiple of 12 (3x4) will produce an integer when divided by either 3 or 4.
yes 2x4=8 4x2=8 or 2x6=12 3x4=12 No, but any multiple of 2 is a multiple of 4. For example, 26 is a multiple of 2 (x13) but NOT a multiple of 4 (4x6=24; 4x7=28).
To find the least common multiple you need to find the multiples of each number first until you find a match. To find the multiples just multiply each number by whole numbers until you find the match.3x1=34x1=43 and 4 dont match...3x2=64x2=83,4,6, or 8 dont match.3x3=94x3=123,4,6,8,9, or 12 dont match...3x4=124x4=16You found the match... 3x4=12 and 4x3=12 so the LCM is 12This is how I would do it quickly without showing all of the multiplication. I am just going to show the multiples...multiples of 3 - 3 6 9 12 15 18 21multiples of 4 - 4 8 12 16 20 24 28As you can see 12 is the lowest common multiple. This is the fast way to do it if you can do the multiplication in your head.
The least common multiple (LCM) of 3 and 12 is 12. Because 12 is a factor of 3, it is automatically the LCM of the set.You can also find the LCM by listing the multiples of each number in the set, and finding the lowest one in each list.The multiples of 3 are 3, 6, 9, 12, and so on.The multiples of 12 are 12, 24, and so on.So the LCM is 12.Another method is dividing the product of the pair of numbers by their GCF.The product of 3 and 12 is 36.The GCF of 3 and 12 is 3. (Since 3 is a factor of 12, it is automatically the GCF of the set).So the LCM is 36/3 = 12.The least common multiple is the smallest number that all the numbers are a factor of. In this case it's 12. This is because 12x1=12 and 3x4=12.The LCM is 12.
12
Yes. Before using the polynomial for any productive purpose, it would have to be cleaned up and simplified. In that process, the +3x4 and -3x4 would go away, and the highest-order term remaining would be the 4x3.
96