The process of synthetic division can be confusing for many students. There are a lot of different methods that you can use to learn how to do it. You can use a calculator or you can use a calculator with a graphing function. These methods can be very helpful when you need to figure out how to do a polynomial division.
How to Do Synthetic Division

Work backwards from the zeroes to find the originating polynomial
When you are working backwards from the zeroes to find the originating polynomial of a synthetic division, you can use a few simple techniques. First, you can use the area model of the multiplication of a polynomial. Then, you can apply the Remainder Theorem and Factor Theorem.
You can also check if the polynomial you are solving is a quadratic or a cubic by using the Remainder Theorem. For example, x = 2 and x = 3 are zeroes of a quadratic. Similarly, x – n is a factor of x + n. However, you can use any number of other methods to get the answer.
To work backwards from the zeroes to the originating polynomial of X – c, you have to start by writing the leading coefficient. This is the term that has the biggest exponent. After displaying the leading coefficient, you can multiply it by the test zero to see if the remainder is zero.
The Remainder Theorem states that the remainder of a polynomial is the same as the sum of the factors. This is important to understand. It is only relevant if the first term in the polynomial is the polynomial’s first factor.

Work backwards from the divisor of the leading coefficient
If you want to learn how to do synthetic division, you need to know how to work backwards from the divisor of the leading coefficient. This way, you can simplify dividing polynomials. You can also use it to find the roots of polynomials.
The first step in doing synthetic division is to write the coefficients of the terms down in descending order. For example, if the dividend is 3×3 + 10x2 – 6x 20, the coefficients will be 9, 7, 2, and 6.
Next, you need to subtract the first term and the first digit from the numerator. When you are done, you have a number that goes on the top and a number that goes on the bottom.
Now that you have a quotient that is equal to the original polynomial, you can add the coefficients together to get a new quotient. Then, you can multiply the first coefficient with the second to get the value of the original root.
Another step is to use the last digit to form a remainder. The remainder can be numerical or a fraction. Usually, the first digit of the remainder is zero. This is to ensure that there is no place for the zeroes during the division process.
The final step is to find the root associated with the divisor. If the root of the original polynomial is b, you can use the divisor to copy the coefficients. However, if b is not the root of p, you can use the rest of p to factor the polynomial.

Return quotient, remainder
A synthetic division is a shortcut to multiply and add. It involves clever manipulation of the coefficients. The output of this division is a remainder that is one less than the original polynomial. This method of long division is more efficient than a regular polynomial division.
A Polynomial Synthetic Division uses a less common utility proc called Lincr to increment the elements of lists. The routine shares a namespace with other polynomial arithmetic commands. Unlike a regular polynomial division, synthetic division does not use variablecontaining polynomials.
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There are several ways to calculate the quotient and remainder of a synthetic division. One way is to use a calculator. To do this, enter the quotient and the divisor into the calculator. Then, use the modulus operator to calculate the remainder.
Common problems to divide polynomials
There are two main ways to divide polynomials. The first is called long division. This is the most practical method. It requires less writing and can be done quicker.
Another method is synthetic division. Synthetic division is a simplified form of long division. Using this method, you find the quotient. The quotient is the product of the divisor and the dividend. Once you find the quotient, you can write it from left to right.
Dividing polynomials is similar to dividing numbers, but a few important rules must be followed. One of these rules is that every division has a divisor and a dividend.
Dividers can be monomials, binomials, or even constants. You can also factorize a polynomial. Factoring can help you simplify the expression.
The most common way to divide polynomials is with long division. Long division is the most effective and practical method. However, it is a bit cumbersome. If you need to divide polynomials quickly, you should consider synthetic division. Synthetic division will save you time and it is fun to do.
Polynomials are similar to monomials and can be divided by the same methods. However, when dividing monomials, you must apply the quotient law. In other words, you must split the fraction into many terms.