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In this programming question, you are required to implement five methods according to the following instructions. subtractBigInteger () When an integer has more than a certain number of digits, it is |3 represented using scientific notation. The int type itself cannot be used to store numbers with more than 10 digits. In some cases, this may be inconvenient as people usually expect complete numbers and doing big integer computations are inevitable. This method takes two numbers as CharStacks numl and num2, and subtract the number stored in num2 from the one stored in num1, i.e., numl - num2. To simply implementation, you can assume that the number stored in numl is no less than the number stored in num2. For example, when subtracting 181,749 from 314,739,847, the two stacks and the result stack would look like the following: '7' '3' low digit high digit '4" '1' '8' '9' '5" 3' 4" '5' 17 '8' 0' '4' high digit low digit '1' "R' num2 stackResult numl In this method, you are provided with a char stack, stackResult. You will need to perform subtractions between the two operands and save the result on the result stack. Pay attention to the order of the digits (see above figure for reference). You should compute the subtraction between the two big numbers digit by digit (from low to high). Be sure to take care of borrows. Do not create any arrays or import the java.math. BigInteger library or anything from the Character, Integer, Double, and String classes in your implementation! You are only supposed to deal with the digits at the char and int level and make use of stacks.

In this programming question, you are required to implement five methods according to the following instructions. subtractBigInteger () When an integer has more than a certain number of digits, it is |3 represented using scientific notation. The int type itself cannot be used to store numbers with more than 10 digits. In some cases, this may be inconvenient as people usually expect complete numbers and doing big integer computations are inevitable. This method takes two numbers as CharStacks numl and num2, and subtract the number stored in num2 from the one stored in num1, i.e., numl - num2. To simply implementation, you can assume that the number stored in numl is no less than the number stored in num2. For example, when subtracting 181,749 from 314,739,847, the two stacks and the result stack would look like the following: '7' '3' low digit high digit '4" '1' '8' '9' '5" 3' 4" '5' 17 '8' 0' '4' high digit low digit '1' "R' num2 stackResult numl In this method, you are provided with a char stack, stackResult. You will need to perform subtractions between the two operands and save the result on the result stack. Pay attention to the order of the digits (see above figure for reference). You should compute the subtraction between the two big numbers digit by digit (from low to high). Be sure to take care of borrows. Do not create any arrays or import the java.math. BigInteger library or anything from the Character, Integer, Double, and String classes in your implementation! You are only supposed to deal with the digits at the char and int level and make use of stacks.

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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Sample output: Test 1: subtractBigInteger (2 Expected: 1 Yours: 1 1) ==> [Passed] Test 2: subtractBigInteger (18 ( Expected: 15 Yours: 15 3) > [Passed]
Transcribed Image Text:Sample output: Test 1: subtractBigInteger (2 Expected: 1 Yours: 1 1) ==> [Passed] Test 2: subtractBigInteger (18 ( Expected: 15 Yours: 15 3) > [Passed]
In this programming question, you are required to implement five methods according to the following instructions. - When an integer has more than a certain number of digits, it is represented using scientific notation. The int type itself cannot be used to store numbers with more than 10 digits. In some cases, this may be inconvenient as people usually expect complete numbers and doing big integer computations are inevitable. This method takes two numbers as CharStacks numl and num2, and subtract the subtractBigInteger () number stored in num2 from the one stored in numl, ie., numl num2. To simply implementation, you can assume that the number stored in numl is no less than the number stored in num2. For example, when subtracting 181,749 from 314,739,847, the two stacks and the result stack would look like the following: '7' '3" low digit "1" high digit "8' 4" '5' '3' '5' '7 '8" '4' '0' high digit low digit '1' "8' '1' "R' numl num2 stackResult In this method, you are provided with a char stack, stackResult. You will need to perform subtractions between the two operands and save the result on the result stack. Pay attention to the order of the digits (see above figure for reference). You should compute the subtraction between the two big numbers digit by digit (from low to high). Be sure to take care of borrows. Do not create any arrays or import the java.math. BigInteger library or anything from the Character, Integer, Double, and String classes in your implementation! You are only supposed to deal with the digits at the char and int level and make use of stacks.
Transcribed Image Text:In this programming question, you are required to implement five methods according to the following instructions. - When an integer has more than a certain number of digits, it is represented using scientific notation. The int type itself cannot be used to store numbers with more than 10 digits. In some cases, this may be inconvenient as people usually expect complete numbers and doing big integer computations are inevitable. This method takes two numbers as CharStacks numl and num2, and subtract the subtractBigInteger () number stored in num2 from the one stored in numl, ie., numl num2. To simply implementation, you can assume that the number stored in numl is no less than the number stored in num2. For example, when subtracting 181,749 from 314,739,847, the two stacks and the result stack would look like the following: '7' '3" low digit "1" high digit "8' 4" '5' '3' '5' '7 '8" '4' '0' high digit low digit '1' "8' '1' "R' numl num2 stackResult In this method, you are provided with a char stack, stackResult. You will need to perform subtractions between the two operands and save the result on the result stack. Pay attention to the order of the digits (see above figure for reference). You should compute the subtraction between the two big numbers digit by digit (from low to high). Be sure to take care of borrows. Do not create any arrays or import the java.math. BigInteger library or anything from the Character, Integer, Double, and String classes in your implementation! You are only supposed to deal with the digits at the char and int level and make use of stacks.
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