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Example Questions
Example Question #2065 : Mathematical Relationships And Basic Graphs
Example Question #2066 : Mathematical Relationships And Basic Graphs
Example Question #112 : Imaginary Numbers
Evaluate:
The value of . We can rewrite the expression as the product of exponents to simplify.
Identify the values of and
.
Replace the values and simplify.
The answer is:
Example Question #2071 : Mathematical Relationships And Basic Graphs
Solve:
Evaluate the inner terms of the imaginary values.
The value of .
The expression becomes:
The answer is:
Example Question #114 : Imaginary Numbers
Express the following number in the form , where
and
are real numbers:
Since there is a complex number in the form in the denominator of the given expression, multiply the numerator and the denominator of the expression by its complex conjugate:
This number is now expressed in the form , where
and
. Hence, the correct answer is
.
Example Question #4731 : Algebra Ii
Evaluate:
Recall that .
Rewrite the power of 243 as a product of a power of three.
Simplify the expression.
The answer is:
Example Question #4732 : Algebra Ii
Determine the value of:
In order to determine the exact value of , we will need to rewrite this exponent as a product of exponents.
Recall that .
Therefore,
The answer is:
Example Question #2071 : Mathematical Relationships And Basic Graphs
Add:
The expression contain imaginary terms. The values can be simplified.
Recall that:
This indicates that:
Rewrite the expression. For powers higher than the given terms, we can rewrite that power as a product of exponents.
The answer is:
Example Question #2071 : Mathematical Relationships And Basic Graphs
Evaluate:
Write the first few terms of the imaginary powers.
The term with can be rewritten as a product of exponents.
Re-substitute the values.
The answer is:
Example Question #2071 : Mathematical Relationships And Basic Graphs
Evaluate:
Do not use the FOIL method to simplify these terms. Instead, write out the first few terms of referring to the problem, as well as the value of
.
Substitute all the values of the imaginary numbers to the expression.
Simplify the terms.
The answer is:
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