Convert the following into Binary with Floating-Point representation. (If the conversion is infinite, please stop according to floating point convention of half word as discussed in class). The bias for 16 bits is 15 . Show your work. Do not put spaces into the binary numbers. 1. 32 2. 0.46 Convert the Binary numbers in Question 1 into Hexadecimals. Show your work. With 16 bit representation, you would require only 4 "digits", eg: 1011000110100111=0B1A7 1. 32 2. 0.46 Perform the following arithmetic and logical operations on the following after converting them into binary. Please show all steps. For multiplication, show the steps that the multiplier will take according to method discussed in class (also found in slides shared in contents). Please use 16 bit representation. Do not put spaces in the binary numbers. 1. mul(32,15)[md=32,mr=15]