All Algebra II Resources
Example Questions
Example Question #7 : Natural Log
Solve for x:
To solve for x, keep in mind that the natural logarithm and the exponential cancel each other out (property of any logarithm with a base that is being taken of that same base with an exponent attached). When they cancel, we are just left with the exponents:
Example Question #3 : Natural Log
Determine the value of:
The natural log has a base of . This means that the term will simplify to whatever is the power of . Some examples are:
This means that
Multiply this quantity with three.
The answer is:
Example Question #9 : Natural Log
Determine the value of:
In order to simplify this expression, use the following natural log rule.
The natural log has a default base of . This means that:
The answer is:
Example Question #4 : Natural Log
Simplify:
According to log properties, the coefficient in front of the natural log can be rewritten as the exponent raised by the quantity inside the log.
Notice that natural log has a base of . This means that raising the log by base will eliminate both the and the natural log.
The terms become:
Simplify the power.
The answer is:
Example Question #11 : Natural Log
Evaluate:
The natural log has a default base of . Natural log to of an exponential raised to the power will be just the power. The natural log and will be eliminated.
Rewrite the expression.
The answer is:
Example Question #11 : Natural Log
Determine the value of:
The natural log has a default base of .
According to the rule of logs, we can use:
The coefficient in front of the natural log can be transferred as the power of the exponent.
The natural log and base e will cancel, leaving just the exponent.
The answer is:
Example Question #11 : Understanding Logarithms
Solve:
The natural log has a default base of . This means that the natural log of to the certain power will be just the power itself.
The expression becomes:
The answer is:
Example Question #14 : Natural Log
Simplify:
Use the log properties to separate each term. When the terms inside are multiplied, the logs can be added.
Rewrite the expression.
The exponent, 7 can be dropped as the coefficient in front of the natural log. Natural log of the exponential is equal to one since the natural log has a default base of .
The answer is:
Example Question #15 : Natural Log
The equation represents Newton's Law of Cooling. Solve for .
Use base and raise both the left and right sides as the powers of . This will eliminate the natural log term.
The equation becomes:
Multiply the quantity on both sides.
Add on both sides.
The equation becomes:
To isolate , divide on both sides.
The answer is:
Example Question #16 : Natural Log
Evaluate:
The natural log has a default base of .
Use the log property:
We can cancel the base and the log of the base.
The expression becomes:
The answer is:
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