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Bitwise OR, Computations, and Examples
A Bitwise OR is a binary operator that takes two-bit patterns of equal length and performs the logical inclusive OR operation on each corresponding bits pair. The result in each position is 0 if both bits are 0. Otherwise, the result is 1.
Number Of Flips Required To Make a|b Equal to c
We need to write a program with minimum flips to make the two bits’ OR operation equal a number. If you understand the OR operations clearly, this problem will be a good challenge for your skills.
Introduction to NOT Operator
The Bitwise NOT operator evaluates the binary representation of the value of a single input. If the bit contains 1, the output will be 0 for that bit location. If the bit contains 0, the output will be 1.
Bitwise NOT, Computations, and Examples
Bitwise NOT, takes the input number, considers its binary representation, and inverts every bit, which means the 0 bit becomes 1, and the 1 bit becomes 0.
Introduction to OR Operator
OR operator compares each bit of the first operand to the second operand’s corresponding bit. If both bits are 0, the corresponding result bit is set to 0. Otherwise, the corresponding result bit is set to 1
Challenge 3: Power of 2
We solve by making use of the & operator in computers. There are many ways to solve this, of which two approaches are simple, and one is a more complex but better solution.
Twitter Registration: Single Responsibility Principle
We design Twitter registration software with the help of the single responsibility principle that contains a notification service, database repository, account service, and execution class.
Introduction to Bit Manipulation
In order to ace coding interviews for tech companies, it is necessary to understand Bitwise operators, which are usually fast compared to arithmetic and other math operations.
Switch Sign of a Number
We make use of bit manipulation to solve this problem. using a NOT operator.
Subsets Or Powerset
In subsets or powerset problem, we need to write a program that finds all possible subsets (the power set) of a given input. The solution set must not contain duplicate elements.
