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Example Questions
Example Question #2081 : Mathematical Relationships And Basic Graphs
Solve:
Write the values of the first two imaginary terms.
Replace the term inside the expression.
Rewrite the negative exponent into a fraction.
The answer is:
Example Question #2082 : Mathematical Relationships And Basic Graphs
Solve:
Evaluate each term of the expression. Write out the values of the imaginary terms.
Replace the values of each.
Sum all the values.
The answer is:
Example Question #2083 : Mathematical Relationships And Basic Graphs
Solve:
Write out the terms of the imaginary powers.
Replace all terms with the correct value.
The answer is:
Example Question #2084 : Mathematical Relationships And Basic Graphs
Add the following terms:
Simplify each term. Recall that:
This means that:
Subtract the terms.
Simplify the terms.
The answer is:
Example Question #2085 : Mathematical Relationships And Basic Graphs
Solve:
Simplify by dividing the imaginary term.
Write the first few terms of the imaginary powers.
Substitute the values into the expression.
The answer is:
Example Question #2081 : Mathematical Relationships And Basic Graphs
None of these.
Distribute the negative sign:
Combine like terms:
Example Question #2087 : Mathematical Relationships And Basic Graphs
Evaluate:
Recall that . We can then write the terms for the powers of the imaginary term.
This means that, using the distribution property of exponents:
Replace the terms.
Distribute the integer through the binomial.
The answer is:
Example Question #2088 : Mathematical Relationships And Basic Graphs
Evaluate:
Write the powers of the imaginary numbers.
Notice that this will repeat. We can rewrite higher powers if the imaginary term by product of powers.
The answer is:
Example Question #2089 : Mathematical Relationships And Basic Graphs
Simplify:
Simplify each term. Recall that .
Simplify the expression.
The answer is:
Example Question #131 : Imaginary Numbers
Solve:
Rewrite the terms with the actual value of the imaginary term.
Recall that .
This means that:
Replace this for all the terms.
The answer is:
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