Question

what are the steps for long division of polynomials. Someone please help me if the answer is known to you. relevant answer will be marked brainliest. ​

Answer 1

Answer:

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Step-by-step explanation:

• Here are the steps in dividing polynomials using the long method:

1. Arrange the indices of the polynomial in descending order. Replace the missing term(s) with 0.

2. Divide the first term of the dividend (the polynomial to be divided) by the first term of the divisor. This gives the first term of the quotient.

Multiply the divisor by the first term of the quotient.

3. Subtract the product from the dividend then bring down the next term. The difference and the next term will be the new dividend.

Note: Remember the rule in subtraction "change the sign of the subtrahend then proceed to addition".

Note: Remember the rule in subtraction "change the sign of the subtrahend then proceed to addition".Repeat step 2 – 4 to find the second term of the quotient.

4.Continue the process until a remainder is obtained. This can be zero or is of lower index than the divisor.

5.If the divisor is a factor of the dividend, you will obtain a remainder equal to zero. If the divisor is not a factor of the dividend, you will obtain a remainder whose index is lower than the index of the divisor.

hope it is helpful

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Answer 2

Answer :

• Write the divisor on the box's outside. On the inside of the box, write the dividend. Make sure to put 0's in for any missing terms when writing out the dividend.

• Above the division box, write the quotient. Make sure that the first term of the quotient corresponds to the same-degree term of the dividend.

• Make sure that all of the words in this step are aligned with the dividend term of the same degree.

• Keep going until you're finished. You keep going until the "new" dividend's degree is less than the divisor's degree. The quotient you came up with at the top of the division box is your solution. If you have a remainder, in your final solution, write it over the divisor.
• For example, refer below image.