Question Implement the following functions in C ONLY using bitwise operators like &, |, ^, ~, <<, >>, as well as +, -, <, >. (Not necessarily all of them.) Arithmetic operators /, %, and * are not allowed. int add_element(int x): function adds an element with index x to set J. int remove_element(int x): function removes an element with index x from set J. int contains_element(int x): function checks if an element with index x is contained in set J.

IKXLTN The Asker · Computer Science

Implement the following functions in C ONLY using bitwise operators like &, |, ^, ~, <<, >>, as well as +, -, <, >. (Not necessarily all of them.) Arithmetic operators /, %, and * are not allowed.

  • int add_element(int x): function adds an element with index x to set J.
  • int remove_element(int x): function removes an element with index x from set J.
  • int contains_element(int x): function checks if an element with index x is contained in set J.

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ZDCJRM

The C programs in this section which checks whether the given integer has an alternate pattern. It also focuses on rounding the floor of an integer to the next lower power of 2 with and without using bitwise operations, displaying the range of basic data types and the program which uses a function to return the Most Significant Bit position of an unsigned integer. &#160; Program/Source Code #include &lt;stdio.h&gt; #include &lt;stdlib.h&gt; int main () { tint num = 0, n = 0, i =0; tint count = 0; tprintf("Enter the number: "); tscanf ("%d", &amp;num); tn = num; t// first lets count the number of bits twhile (n) t{ ttcount ++; ttn = n &gt;&gt; 1; t} tprintf ("n COUNT : %d", count); &#160; t// now check for alternative tfor (i = 0; i &lt;= count - 2; i++) t{ ttif (((num &gt;&gt; i) &amp; 1) == ((num &gt;&gt; (i+2)) &amp; 1)) tt{ tttcontinue; tt} ttelse tt{ tttprintf ("nFALSE : ALTERNATIVE PATTERN DOES NOT EXISTn"); tttexit (0); tt} &#160; t} tprintf ("nTRUE : ALTERNATIVE PATTERN DOES EXISTn"); return 0; } This C ... See the full answer