MathChapter 10: Law of Exponents and Polynomials
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Prompt
What is a prime number?
Answer
A positive integer greater than \(1\) with exactly two positive factors: \(1\) and itself.
Prompt
Is \(1\) prime, composite, or neither?
Answer
Neither prime nor composite.
Prompt
When is a factor tree complete?
Answer
When every leaf is prime and every child pair multiplies to its parent.
Prompt
Can two correct factor trees start differently?
Answer
Yes. Their final multisets of prime leaves will still match.
Prompt
Write the prime factorization of \(72\).
Answer
\(2^3\cdot3^2\)
Prompt
Why is \(72=8\cdot9\) not a complete prime factorization?
Answer
Both \(8\) and \(9\) are composite.
Prompt
Which exponent of a shared prime belongs in the GCF?
Answer
The smallest exponent common to every expression.
Prompt
Which exponent of a prime belongs in the LCM?
Answer
The largest exponent required by any expression.
Prompt
Which prime bases belong in a GCF?
Answer
Only bases present in every expression.
Prompt
Which prime bases belong in an LCM?
Answer
Every base appearing in at least one expression.
Prompt
What divisibility check must a proposed GCF pass?
Answer
It must divide every input exactly.
Prompt
What divisibility check must a proposed LCM pass?
Answer
Every input must divide it exactly.
Prompt
Find \(\operatorname{GCF}(18,30)\).
Answer
\(6\)
Prompt
Find \(\operatorname{LCM}(18,30)\).
Answer
\(90\)
Prompt
What variable power belongs in the GCF of \(x^7\) and \(x^3\)?
Answer
\(x^3\)
Prompt
What variable power belongs in the LCM of \(y^4\) and \(y^9\)?
Answer
\(y^9\)
Prompt
What identity connects the GCF and LCM of two positive integers?
Answer
Their product equals the product of the two integers.
Prompt
Why should \(1\) never appear as a prime factor?
Answer
It is not prime and adding it conveys no factor information.
Prompt
How do you factor a monomial completely?
Answer
Prime-factor the coefficient and write each variable as its powered prime-like factor inventory.
Prompt
What quick phrase distinguishes GCF from LCM exponents?
Answer
GCF takes shared minimums; LCM takes all maximums.
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