All ISEE Upper Level Math Resources
Example Questions
Example Question #5 : How To Multiply Exponential Variables
Multiply:
This can be achieved by using the pattern of difference of squares:
Applying the binomial square pattern:
Example Question #35 : Variables And Exponents
Factor completely:
The greatest common factor of the terms in is , so factor that out:
Since all factors here are linear, this is the complete factorization.
Example Question #7 : How To Multiply Exponential Variables
Exponentiate:
The cube of a sum pattern can be applied here:
Example Question #8 : How To Multiply Exponential Variables
Write in expanded form:
The cube of a sum pattern can be applied here:
Example Question #9 : How To Multiply Exponential Variables
Factor completely:
The expression cannot be factored.
The expression cannot be factored.
A trinomial with leading coefficient can be factored by looking for two integers to fill in the boxes:
.
The numbers should have product 20 and sum . However, all of the possible factor pairs fail:
The polynomial is prime.
Example Question #41 : Variables And Exponents
Factor completely:
can be seen to be a perfect square trinomial by taking the square root of the first and last terms, multiplying their product by 2, then comparing it to the second term:
Therefore,
Example Question #42 : Variables And Exponents
Fill in the box to form a perfect square trinomial:
To obtain the constant term of a perfect square trinomial, divide the linear coefficient, which here is 20, by 2, and square the quotient. The result is
Example Question #43 : Variables And Exponents
Fill in the box to form a perfect square trinomial:
To obtain the constant term of a perfect square trinomial, divide the linear coefficient, which here is 9, by 2, and square the quotient. The result is
Example Question #44 : Variables And Exponents
Multiply:
Use the distributive property, then collect like terms:
Example Question #104 : Variables
Multiply:
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