Assembly language class

2.86 Consider a 16-bit floating-point representation based on the IEEE floating-point format, with one sign bit, seven exponent bits (k7), and eight fraction bits (n 8). The exponent bias is 271-1 63 Fill in the table that follows for each of the numbers given, with the following instructions for each column: The four hexadecimal digits describing the encoded form. The value of the significand. This should be a number of the Hex: form x or *, where x is an integer, and y is an integral 67 The integer value of the exponent. The numeric value represented. Use the notation x or x x 22, where x and z are integers. As an example, to represent the number we would have s-0,M-1, and E--1. Our number would therefore have an exponent field of Ox3E (decimal value 63-1 62) and a significand field 0xCO (binary 110000002), giving a hex representation 3ECO You need not fill in entries marked "-". Hex Description -0 Smallest value>2 512 Largest denormalized Number with hex representation 3BBO 2.86 Consider a 16-bit floating-point representation based on the IEEE floating-point format, with one sign bit, seven exponent bits (k7), and eight fraction bits (n 8). The exponent bias is 271-1 63 Fill in the table that follows for each of the numbers given, with the following instructions for each column: The four hexadecimal digits describing the encoded form. The value of the significand. This should be a number of the Hex: form x or *, where x is an integer, and y is an integral 67 The integer value of the exponent. The numeric value represented. Use the notation x or x x 22, where x and z are integers. As an example, to represent the number we would have s-0,M-1, and E--1. Our number would therefore have an exponent field of Ox3E (decimal value 63-1 62) and a significand field 0xCO (binary 110000002), giving a hex representation 3ECO You need not fill in entries marked "-". Hex Description -0 Smallest value>2 512 Largest denormalized Number with hex representation 3BBO