All Algebra II Resources
Example Questions
Example Question #3 : Other Exponent Applications
Lucia deposits $40,000 into a savings account that pays 5.5% annual interest compounded continuously. Assuming she neither deposits nor withdraws money, how long will it take for her to have $60,000 in the account?
Between 6 and 7 years
Between 9 and 10 years
Between 7 and 8 years
Between 8 and 9 years
Between 5 and 6 years
Between 7 and 8 years
We set final principal original principal , and interest rate . We solve for in the continuous compound interest formula:
The correct response is therefore between 7 and 8 years.
Example Question #2 : Other Exponent Applications
Ann deposits $30,000 into a savings account that pays 4.5% annual interest compounded quarterly. Assuming she neither deposits nor withdraws money, what is the amount of time it will take for her to have at least $50,000 in the account?
Apply the compound interest formula:
.
We set final principal original principal , interest rate , number of periods per year (quarterly). We solve for in the equation
This is rounded up to the next quarter of a year, so the correct response is 11.5 years, or 11 years 6 months.
Example Question #801 : Mathematical Relationships And Basic Graphs
A company is constructing a wall with 4-sides, all sides are of equal length.
Write an equation using exponents to calculate the area of the wall. Use as the length and height.
The formula to find area is:
is correct.
In our case our length is equal to our width which is .
Substituting our values into our equation we get:
Example Question #1 : Intermediate Single Variable Algebra
Simplify.
Put the negative exponent on the bottom so that you have which simplifies further to .
Example Question #3461 : Algebra Ii
Evaluate the following expression
We can also solve this problem using a different apporach
Remember that any number raised to the 0th power equals 1
Example Question #2 : Simplifying Exponents
Simplify the following expression
Alternatively,
Example Question #1 : Multiplying And Dividing Exponents
Simplify the following expression
Remember that any number raised to the 0th power equals 1
Example Question #4 : Simplifying Exponents
Evaluate the following expression
Alternatively,
Example Question #1 : Simplifying Exponents
Simplify:
Step 1: Simplify the exponents using the division of exponents rule (subtract exponents in demoninator from exponents in numerator).
Step 2: Reduce the fraction
Example Question #1 : Simplifying Exponents
Simplify:
Follow the division of exponents rule. Subract the exponents in the denominator from the exponents in the numerator.