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What does exponents look like?
82 the 2 is the exponent
How do you find GCF with varaibles only?
You look at the exponents. x5y2 and x3y4 The greatest common factor of these is the largest exponent of each. So the greatest common factor is: x3y2
What does a factor rainbow look like for 13?
13 is already prime. It doesn't need a rainbow.
How would a factor tree of 120 look like?
120 60,2 30,2,2 15,2,2,2 5,3,2,2,2
How does the prime factorization chart for 800 look like?
Prime factors in exponents: 25*52 = 800
Can you factor out exponents?
You sure can, here is an example I made up to show you: x4+x2= x2(x2+x) When you factor it out it should look like this because if you multiply it back up (where the exponents will multiply not add) it will equal the primary equation.
What does exponents look like?
82 the 2 is the exponent
How do you find GCF with varaibles only?
You look at the exponents. x5y2 and x3y4 The greatest common factor of these is the largest exponent of each. So the greatest common factor is: x3y2
What would a factor tree look like for 45?
45 15,3 5,3,3
What does a factor rainbow look like for 13?
13 is already prime. It doesn't need a rainbow.
Least common multiple of 30 and 21?
30=3x2x521=7x3The LCM is 7x5x3x2.The method used look at the exponents on each factor. In this case they are all 1. Now take the smallest exponent of each factor and multiply the numbers with those exponents together.They only common factor is 3 and we use it but only once.
How would a factor tree diagram of 27 look like?
27 9,3 3,3,3
What would a factor tree look like for 72?
72 36,2 18,2,2 9,2,2,2 3,3,2,2,2
What would a factor tree look like for 612?
612 306,2 153,2,2 51,3,2,2 17,3,3,2,2
How would a factor tree of 120 look like?
120 60,2 30,2,2 15,2,2,2 5,3,2,2,2
How does the prime factorization chart for 800 look like?
Prime factors in exponents: 25*52 = 800
What would a prime factor tree look like for 675?
675 225,3 75,3,3 25,3,3,3 5,5,3,3,3
