A factor tree tells you the prime factorization. The prime factorization can indicate a square number. Square numbers have even pairs of prime factors. 2 x 2 x 3 x 3 is a square number. 5 x 5 x 5 x 5 x 7 x 7 x 7 x 7 is a square number.
The number that is a perfect square and has a factor of 32 is 64. A perfect square is a number that can be expressed as the product of an integer multiplied by itself, such as 8 x 8 = 64. Since 32 is a factor of 64, it means that 64 can be divided evenly by 32 without leaving a remainder.
first, you take a number. for my example, I'll use 12. 12x12= 144. 144 would be the square number, and 12 would be the square root. clarification: if you multiply a number by itself, the product isn't the square root, the factor is. and if your really stupid, here's this: 12x12=144 F F P F means factor P means product. happy now?
radical 231; no perfect squares factor into this number. It cant be simplified
The largest perfect square factor of 48 is 16.
Oh, dude, the largest perfect square factor of 210 is 49. It's like finding the biggest piece of the pie at a party - you want that big square slice, not those tiny crumbs. So yeah, 49 is the winner here.
A factor that is a square number. 16 is a square factor of 32.
3 is a factor of the square number 9.
Since 440 is not a square number, it can't be a square factor.
4 is the only square number that is a factor of 84. No square number is a factor of 105.
The scale factor is usually stated as a linear enlargement factor. Therefore, the area enlargement factor is the square of the scale factor, in this instance, 9. The area of the original drawing was thus 396/9 = 44 cm2.
We need to know what number the square is a factor of.
9 is a square number and is a factor of 63
if it's square root is an integer, it is a square number.
A scale factor in a number that changes the size of a shape by that scale examples: 1: if you have a square that is 1cm by 1cm and you increaseit by a scale factor of 3 the square would then be 3cm by 3cm 2: if you had a 2cm by 2 cm square and increase by a scale factor of 0.5 you'd get a 1cm by 1 cm square
They are square factors that are factors of other numbers as for example 9 is a square number that is a factor of 27
No.
No.