All Algebra II Resources
Example Questions
Example Question #81 : Solving And Graphing Exponential Equations
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents.
With the same base, we can now write
Subtract on both sides.
Example Question #82 : Solving And Graphing Exponential Equations
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents.
With the same base, we can now write
Subtract on both sides.
Example Question #83 : Solving And Graphing Exponential Equations
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents.
With the same base, we can now write
Subtract on both sides.
Example Question #84 : Solving And Graphing Exponential Equations
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents.
With the same base, we can now write
Subtract on both sides.
Divide on both sides.
Example Question #81 : Solving And Graphing Exponential Equations
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents. Since the bases are now different, we need to convert so we have the same base. We do know that
therefore
With the same base, we can now write
Subtract on both sides.
Divide on both sides.
Example Question #86 : Solving And Graphing Exponential Equations
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents. Since the bases are now different, we need to convert so we have the same base. We do know that
therefore
With the same base, we can now write
Add on both sides.
Divide on both sides.
Example Question #1191 : Mathematical Relationships And Basic Graphs
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents. Since the bases are now different, we need to convert so we have the same base. We do know that
therefore
With the same base, we can now write
Add on both sides.
Divide on both sides.
Example Question #3851 : Algebra Ii
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents. Since the bases are now different, we need to convert so we have the same base. We do know that
therefore
With the same base, we can now write
Subtract on both sides.
Divide on both sides.
Example Question #83 : Solving Exponential Equations
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents. Since the bases are now different, we need to convert so we have the same base. We do know that
therefore
Apply power rule of exponents.
With the same base, we can now write
Subtract on both sides.
Divide on both sides.
Example Question #91 : Solving And Graphing Exponential Equations
Solve for .
When dealing with exponential equations, we want to make sure the bases are the same. This way we can set-up an equation with the exponents. Since the bases are now different, we need to convert so we have the same base. We do know that
therefore
Apply power rule of exponents.
With the same base, we can now write
Subtract on both sides.