I am having trouble solving this table. The other solutions to this same problem on chegg are not completely correct so please do not reference them.

The 2008 version of the IEEE floating-point standard, named IEEE 754-2008, includes a 16-bit "half-precision" floating-point format. It was originally devised by computer graphics companies for storing data in which a higher dynamic range is required than can be achieved with 16-bit integers. This format has 1 sign bit,5 exponent bits (k-5), and 10 fraction bits (n-10). The exponent bias is 25-1-1 - 15 Fill in the table that follows for each of the numbers given V = (-1)sM2E. with the following instructions for each column: Hex: The four hexadecimal digits describing the encoded form (16 bits value). Please write your hexadecimal digit starting with 0x and use capital letters ABCDEF M: The value of the significand. This should be a number of the form x or x/y, where x is an integer and y is an integral power of 2. And. M 2 512 Largest denormalizeod infinity n/a n/a Number 0x3BBO Ox3BBO The 2008 version of the IEEE floating-point standard, named IEEE 754-2008, includes a 16-bit "half-precision" floating-point format. It was originally devised by computer graphics companies for storing data in which a higher dynamic range is required than can be achieved with 16-bit integers. This format has 1 sign bit,5 exponent bits (k-5), and 10 fraction bits (n-10). The exponent bias is 25-1-1 - 15 Fill in the table that follows for each of the numbers given V = (-1)sM2E. with the following instructions for each column: Hex: The four hexadecimal digits describing the encoded form (16 bits value). Please write your hexadecimal digit starting with 0x and use capital letters ABCDEF M: The value of the significand. This should be a number of the form x or x/y, where x is an integer and y is an integral power of 2. And. M 2 512 Largest denormalizeod infinity n/a n/a Number 0x3BBO Ox3BBO