All Algebra II Resources
Example Questions
Example Question #1 : Using E
Twelve years ago, your grandma put money into a savings account for you that earns interest annually and is continuously compounded. How much money is currently in your account if she initially deposited and you have not taken any money out?
$24,596
$21,170
$81,030
$8,103
$10,778
$24,596
1. Use where is the current amount, is the interest rate, is the amount of time in years since the initial deposit, and is the amount initially deposited.
2. Solve for
You currently have $24,596 in your account.
Example Question #2 : Using E
Solve for
Step 1: Achieve same bases
Step 2: Drop bases, set exponents equal to eachother
Step 3: Solve for x
Example Question #3 : Using E
Solve for
Step 1: Achieve same bases
Step 2: Drop bases, set exponents equal to eachother
Step 3: Solve for
Example Question #2 : Using E
Solve for
Step 1: Achieve same bases
Step 2: Drop bases and set exponents equal to eachother
Step 3: Solve for
Example Question #2 : Using E
Solve for
Step 1: Achieve same bases
Step 2: Drop bases and set exponents equal to eachother
Step 3: Solve for
Example Question #1 : Using E
Solve for
Step 1: Achieve same bases
Step 2: Drop bases, set exponenets equal to eachother
Step 3: Solve for
Example Question #2 : Using E
Solve:
The answer does not exist.
To solve , it is necessary to know the property of .
Since and the terms cancel due to inverse operations, the answer is what's left of the term.
The answer is:
Example Question #8 : Using E
Simplify:
In order to eliminate the natural log on both side, we will need to raise both sides as a power with a base of . This will cancel out the natural logs.
The equation will become:
Subtract on both sides.
Simplify both sides.
Divide both sides by negative five.
The answer is:
Example Question #9 : Using E
Simplify:
In order to cancel the natural logs, we will need to use as a base and raise both raise both sides as the quantity of the power.
The equation becomes:
Subtract and add three on both sides.
The equation becomes:
Use the quadratic equation to solve for the possible roots.
Simplify the quadratic equation.
The answers are:
Example Question #10 : Using E
Simplify:
In order to get rid of the natural log, we will need to use the exponential term as a base and raise both sides as the powers using this base.
The equation becomes:
Subtract nine from both sides.
Divide by three on both sides.
Simplify both sides.
The answer is:
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