Identify when synthetic division can be used as a shortcut method
Set up synthetic division by writing coefficients and determining the divisor value
Perform synthetic division to find quotient and remainder efficiently
Adjust quotient coefficients when the divisor has a leading coefficient other than 1
Verify results by writing division statements in two different forms
What You'll Practice
1
Dividing polynomials by linear expressions using synthetic division
2
Adding placeholders for missing terms in polynomials
3
Adjusting quotients when divisors have coefficients other than 1
4
Writing division statements in both multiplication and quotient forms
Why This Matters
Synthetic division is a powerful time-saving technique you'll use throughout algebra and calculus. While long division always works, mastering synthetic division lets you solve polynomial division problems in a fraction of the time when dealing with linear divisors.