All Algebra II Resources
Example Questions
Example Question #1 : Solving Exponential Functions
Solve for .
8 and 4 are both powers of 2.
Example Question #2 : Solving Exponential Functions
Solve for :
No solution
Because both sides of the equation have the same base, set the terms equal to each other.
Add 9 to both sides:
Then, subtract 2x from both sides:
Finally, divide both sides by 3:
Example Question #11 : Solving Functions
Solve for :
No solution
125 and 25 are both powers of 5.
Therefore, the equation can be rewritten as
.
Using the Distributive Property,
.
Since both sides now have the same base, set the two exponents equal to one another and solve:
Add 30 to both sides:
Add to both sides:
Divide both sides by 20:
Example Question #1 : Solving Exponential Equations
Solve .
No solution
Both 27 and 9 are powers of 3, therefore the equation can be rewritten as
.
Using the Distributive Property,
.
Now that both sides have the same base, set the two exponenents equal and solve.
Add 12 to both sides:
Subtract from both sides:
Example Question #11 : Solving Functions
The first step in thist problem is divide both sides by three: . Then, recognize that 8 could be rewritten with a base of 2 as well (). Therefore, your answer is 3.
Example Question #9 : Solving Exponential Equations
Solve for .
Let's convert to base .
We know the following:
Simplify.
Solve.
Example Question #10 : Solving Exponential Equations
Solve for .
Let's convert to base .
We know the following:
Simplify.
Solve.
.
Example Question #11 : Solving Exponential Equations
Solve for .
When multiplying exponents with the same base, we will apply the power rule of exponents:
We will simply add the exponents and keep the base the same.
Example Question #11 : Solving Exponential Functions
Solve for .
When multiplying exponents with the same base, we will apply the power rule of exponents:
We will simply add the exponents and keep the base the same.
Simplify.
Solve.
Example Question #13 : Solving Exponential Equations
Solve for .
When adding exponents with the same base, we need to see if we can factor out the numbers of the base.
In this case, let's factor out .
We get the following:
Since we are now multiplying with the same base, we get the following expression:
Now we have the same base and we just focus on the exponents.
The equation is now:
Solve.