All Algebra II Resources
Example Questions
Example Question #3 : Logarithms With Exponents
Evaluate the following expression
Since the exponent is inside the parentheses, you must determine the value of the exponential expression first.
then you solve the logarithm
because
Example Question #4 : Logarithms With Exponents
Evaluate the following for all integers of and
gives us the exponent to which must be raised to yield
When is actually raised to that number in the equation given, the answer must be
Example Question #5 : Logarithms With Exponents
Evaluate the following expression
This is a simple exponent of a logarithmic answer.
because
Example Question #6 : Logarithms With Exponents
Evaluate the following expression
This is a two step problem. First find the log base 2 of 16
because
then
Example Question #131 : Logarithms
Which of the following equations is valid?
none of the other answers are correct
Since a logarithm answers the question of which exponent to raise the base to receive the number in parentheses, if the number in parentheses is the base raised to an exponent, the exponent must be the answer.
Example Question #61 : Simplifying Logarithms
Rewrite the following logarithmic expression into expanded form (that is, using addition and/or subtraction):
Before we do anything, the exponent of 4 must be moved to the front of the expression, as the rules of logarithms dictate. We end up with . Remember that a product inside of a logarithm can be rewritten as a sum: . Distributing, we get .
Example Question #11 : Logarithms With Exponents
Use
and
Evaluate:
Since the question gives,
and
To evaluate
manipulate the expression to use what is given.
Example Question #380 : Mathematical Relationships And Basic Graphs
Simplify:
According to log rules, when an exponential is raised to the power of a logarithm, the exponential and log will cancel out, leaving only the power.
Simplify the given expression.
Distribute the integer to both terms of the binomial.
The answer is:
Example Question #12 : Logarithms With Exponents
Simplify:
The natural log has a default base of .
This means that the expression written can also be:
Recall the log property that:
This would eliminate both the natural log and the base, leaving only the exponent.
The natural log and the base will be eliminated.
The expression will simplify to:
The answer is:
Example Question #131 : Logarithms
Simplify:
The log property need to solve this problem is:
The base and the log of the base are similar. They will both cancel and leave just the quantity of log based two.
The answer is:
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