WebSee Page 1. * fitsBits - return 1 if x can be represented as an* n-bit, two's complement integer. * 1 <= n <= 32* Examples: fitsBits (5,3) = 0, fitsBits (-4,3) = 1* Legal ops: ! ~ & ^ … WebThis is the code I have written so far. I doesn't really work well, and I can't find what I am doing wrong, any help would be appreciated. /* This function is supposed to check if an integer with the value of 'x' would fit inside an integer with a 'n' bits Returns non-zero is 'x' fits in a integer with 'n' bits Returns zero if it doesn't */ int ...
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WebWrite code for the function with the following prototype: / ∗ * Return 1 when x can be represented as an n-bit, 2 's-complement * number; 0 otherwise * Assume 1 <= n <= w */ int fits_bits(int x, int n) Your function should follow the … http://botingli.github.io/bitwise-post/ iprs group meaning
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WebFeb 13, 2024 · Efficient Approach : The above approach won’t work if we are given a signed 32-bit integer x, and return x with its digits reversed. If reversing x causes the value to go outside the signed 32-bit integer range [-231, 231 – 1], then return 0.So we cannot multiply the number*10 and then check if the number overflows or not. Web* fits_bits - Return 1 if x can be represented as an * n-bit two’s complement integer, else return 0 * 1 <= n <= 32 * Examples: fits_bits(5, 3) = 0 ... * Rating: 4 */ int fits_bits(int x, … Web* Return 1 when x can be represented as an n-bit, 2's complement * number; 0 otherwise * Assume 1 <= n <= w */ int fits_bits (int x, int n); Code: # include # include int fits_bits (int x, int n) {/* * 1 <= n <= w * * assume w = 8, n = 3 * if x > 0 * 0b00000010 is ok, 0b00001010 is not, and 0b00000110 is not yet (thanks ... orc town mod