All ISEE Upper Level Math Resources
Example Questions
Example Question #6 : How To Multiply Exponents
If , find the value of:
Based on the power rule for exponents we can write:
That means; to raise a power to a power we need to multiply the exponents. So we can write:
Substitute and we get:
Example Question #21 : Exponential Operations
Simplify:
Based on the power rule, we know that in order to raise a power to a power we need to multiply the exponents, i.e.
.
Example Question #21 : Exponential Operations
Simplify:
The Negative Exponent Rule says .
The power rule says that, in order to raise a power to a power, we need to multiply the exponents, i.e. .
Example Question #21 : Exponents
What is the value of this equation?
When an exponent is raised to another exponent, the exponents should be multiplied toghether. This will result in:
Example Question #22 : Exponents
Which expression is equal to ?
When exponent of a value is raised to another exponent, the values of the exponents are multiplied by each other.
2 is multiplied by 3, and so the exponent of x is 6.
Example Question #23 : Exponents
What is the value of ?
When one exponent is raised to another exponent, the values of the exponents should be multiplied together. Thus,
can be simplified to , given that .
Example Question #24 : Exponents
What is the expression below equal to?
When exponents are multiplied by each other, the powers should be added together. Meanwhile, numbers not raised to an exponent are simply multiplied by each other.
Therefore, the answer is , because , and .
Example Question #81 : Numbers And Operations
What is the value of ?
1 raised to any exponent will always be 1.
-1 will be equal to 1 when the exponent is even and will be equal to -1 when the exponent is odd.
Given that 323 is odd, is equal to -1.
Example Question #516 : Isee Upper Level (Grades 9 12) Mathematics Achievement
Simplify the following:
Simplify the following:
Let's begin by recalling two rules
1) When multiplying variables with a common base, add the exponents.
2) When multiplying variables with a common base, multiply the coefficients.
So, our answer is
Example Question #1 : How To Divide Exponents
Simplify:
Separate the fraction and apply the quotient of powers rule:
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