write a function in C called ieee754encode() that has the function prototype shown below and generates the encoding of a single-precision floating-point value in its 32-bit binary form.

void ieee754encode( float value, char * encoded );

This function accepts two arguments. The value argument is the actual single-precision floating-point value to be encoded (e.g., 57.75). The encoded argument points to where the normalized binary string should be stored, with the binary string representing the IEEE 754- 1985 form (e.g., "01000010011001110000000000000000"). You can assume that the encoded argument points to a valid chunk of memory of at least 33 bytes. And as a character string, you will need to generate the correct series of '0' and '1' characters. Be sure to use the normalized form.

Your function should output the following debugging information:

input: 57.750000

sign: 0

exponent: 10000100

fraction: 11001110000000000000000

output: 01000010011001110000000000000000