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Bitwise Operations in C/C++: It's a good idea to test your results out in a C++ program! In 1 sentence, explain how you would change bit 5 in a 32-bit number to be 0? Based on your explanation, complete this C/C++ function that takes an integer (i.e. signed 32-bits), changes its bit 5 (remember that the least significant bit is bit 0) to 0 and returns the new integer. You can ONLY use a single return statement, declare auxiliary variables, use assignment (=), use constants, and use bitwise operations (>>, <<, &, |, ^, ~). In other words, DO NOT USE if-else, loops, etc... int setBit5to0 (int v) { } b) In 1 sentence, explain how you would change bit 17 in a 32-bit number to be the inverse of what it was originally (i.e. 1 → 0 and 0 ➜ 1). Based on your explanation, complete this C/C++ function that takes an integer (i.e. signed 32-bits), sets its bit 17 its inverse and returns the new integer. Again: you can ONLY use a single return statement, declare auxiliary variables, use assignment (=), use constants, and use bitwise operations (>>, <<, &, |, ^, ~). In other words, DO NOT USE if-else, loops, etc... int flipBit17 (int v) {

Bitwise Operations in C/C++: It's a good idea to test your results out in a C++ program! In 1 sentence, explain how you would change bit 5 in a 32-bit number to be 0? Based on your explanation, complete this C/C++ function that takes an integer (i.e. signed 32-bits), changes its bit 5 (remember that the least significant bit is bit 0) to 0 and returns the new integer. You can ONLY use a single return statement, declare auxiliary variables, use assignment (=), use constants, and use bitwise operations (>>, <<, &, |, ^, ~). In other words, DO NOT USE if-else, loops, etc... int setBit5to0 (int v) { } b) In 1 sentence, explain how you would change bit 17 in a 32-bit number to be the inverse of what it was originally (i.e. 1 → 0 and 0 ➜ 1). Based on your explanation, complete this C/C++ function that takes an integer (i.e. signed 32-bits), sets its bit 17 its inverse and returns the new integer. Again: you can ONLY use a single return statement, declare auxiliary variables, use assignment (=), use constants, and use bitwise operations (>>, <<, &, |, ^, ~). In other words, DO NOT USE if-else, loops, etc... int flipBit17 (int v) {

C++ for Engineers and Scientists
C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter4: Selection Structures
Section4.3: Nested If Statements
Problem 7E
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Bitwise Operations in C/C++; It's a good idea to test your results out in a C++ program! In 1 sentence, explain how you would change bit 5 in a 32-bit number to be 0? Based on your explanation, complete this C/C++ function that takes an integer (i.e. signed 32-bits), changes its bit 5 (remember that the least significant bit is bit 0) to 0 and returns the new integer. You can ONLY use a single return statement, declare auxiliary variables, use assignment (=), use constants, and use bitwise operations (>>, <<, &, |, ^, ~). In other words, DO NOT USE if-else, loops, etc... int setBit5to0 (int v) { } b) In 1 sentence, explain how you would change bit 17 in a 32-bit number to be the inverse of what it was originally (i.e. 1 → 0 and 0 ➜ 1). Based on your explanation, complete this C/C++ function that takes an integer (i.e. signed 32-bits), sets its bit 17 its inverse and returns the new integer. Again: you can ONLY use a single return statement, declare auxiliary variables, use assignment (=), use constants, and use bitwise operations (>>, <<, &, |, ^, ~). In other words, DO NOT USE if-else, loops, etc... int flipBit17 (int v) {
Transcribed Image Text:Bitwise Operations in C/C++; It's a good idea to test your results out in a C++ program! In 1 sentence, explain how you would change bit 5 in a 32-bit number to be 0? Based on your explanation, complete this C/C++ function that takes an integer (i.e. signed 32-bits), changes its bit 5 (remember that the least significant bit is bit 0) to 0 and returns the new integer. You can ONLY use a single return statement, declare auxiliary variables, use assignment (=), use constants, and use bitwise operations (>>, <<, &, |, ^, ~). In other words, DO NOT USE if-else, loops, etc... int setBit5to0 (int v) { } b) In 1 sentence, explain how you would change bit 17 in a 32-bit number to be the inverse of what it was originally (i.e. 1 → 0 and 0 ➜ 1). Based on your explanation, complete this C/C++ function that takes an integer (i.e. signed 32-bits), sets its bit 17 its inverse and returns the new integer. Again: you can ONLY use a single return statement, declare auxiliary variables, use assignment (=), use constants, and use bitwise operations (>>, <<, &, |, ^, ~). In other words, DO NOT USE if-else, loops, etc... int flipBit17 (int v) {
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