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This question asks you to ill in perform long division returns the quotient PolynomialLinkedList, discard the remainder. Methods of PNode: getCoe), getExp0. getNext() Methods of Polynomiall inkedList: add), multiply0, subtract) Steps: 1. Divide 1st term of dividend by first term of divisor to get first term of the quotient 2. Take the term found in step 1 and multiply it with the divisor 3. Subtract step 2 from the dividend 4. Repeat until the new dividend's highest exp is less than divisor's highest exp public PolynomialLinkedList divide(PolynomialLinkedLIst d)( PolynomialLinkedList quo, rem quo - new PolynomialLinkedListo: rem-add(quo)

This question asks you to ill in perform long division returns the quotient PolynomialLinkedList, discard the remainder. Methods of PNode: getCoe), getExp0. getNext() Methods of Polynomiall inkedList: add), multiply0, subtract) Steps: 1. Divide 1st term of dividend by first term of divisor to get first term of the quotient 2. Take the term found in step 1 and multiply it with the divisor 3. Subtract step 2 from the dividend 4. Repeat until the new dividend's highest exp is less than divisor's highest exp public PolynomialLinkedList divide(PolynomialLinkedLIst d)( PolynomialLinkedList quo, rem quo - new PolynomialLinkedListo: rem-add(quo)

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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This question asks you to fill in the missing parts from the code for method divide that take a PolynomialLinkedList as the divisor, perform long division returns the quotient PolynomialLinkedList, discard the remainder. Methods of PNode: getCoe(), getExp0, getNext() Methods of PolynomialLinkedList: add0, multiply0, subtract) Steps 1. Divide 1st term of dividend by first term of divisor to get first term of the quotient 2. Take the term found in step 1 and multiply it with the divisor 3. Subtract step 2 from the dividend 4. Repeat until the new dividend's highest exp is less than divisor's highest exp public PolynomialLinkedList divide(PolynomialLinkedList d) PolynomialLinkedList quo, rem: quo - new PolynomialLinkedListO: rem - add(quo): PNode dividend-rem.first: PNode divisor d.first while (dividend te null && PolynomialLinkedList temp new PolynomialLinkedList(dividend.getCoe)/ divisor.getCoe). rem- rem.subtractitemp.multiply Oppe onb-onb dividend- rem.first return quo
Transcribed Image Text:This question asks you to fill in the missing parts from the code for method divide that take a PolynomialLinkedList as the divisor, perform long division returns the quotient PolynomialLinkedList, discard the remainder. Methods of PNode: getCoe(), getExp0, getNext() Methods of PolynomialLinkedList: add0, multiply0, subtract) Steps 1. Divide 1st term of dividend by first term of divisor to get first term of the quotient 2. Take the term found in step 1 and multiply it with the divisor 3. Subtract step 2 from the dividend 4. Repeat until the new dividend's highest exp is less than divisor's highest exp public PolynomialLinkedList divide(PolynomialLinkedList d) PolynomialLinkedList quo, rem: quo - new PolynomialLinkedListO: rem - add(quo): PNode dividend-rem.first: PNode divisor d.first while (dividend te null && PolynomialLinkedList temp new PolynomialLinkedList(dividend.getCoe)/ divisor.getCoe). rem- rem.subtractitemp.multiply Oppe onb-onb dividend- rem.first return quo
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