Consider a 9-bit floating-point representation based on the IEEE floating-point format, with one sign bit, four exponent 4-1 bits (k-4), and four fraction bits (n 4). The exponent bias is 2 In this exercise you need to add 2 floating point numbers. We outline the algorithm (for floating point addition) at each step. you need to carefully carry out each step that requires filling out the given blanks. You may find this link helpfu html Assuming the given 9-bit IEEE floating-point format, add X 13 and Y 0.96875. 1) First covert X and Y to their bit representations. Please specify the bit pattern within double quotation marks and without a space. (E.g.: "011100010") Bit Pattern 2) Using the binary representations convert X and Y to scientific form i e., express these values as 1.(mantissa part) 2 n (exponent where n represents "raised to". You need to fill out the mantissa part and the exponent The mantissa part should be given as binary (Please specify the bit pattern within double quotation marks and without a space). The exponent part should be entered as a decimal value. [Note that 1.(mantissa part) or 0.(mantissa part is referred to as the mantissa.l 1 A Y-1 A