2. Write a program to find the unsigned and signed division of the two word (NUMI=A567h/NUM2=0111h), store the quotients of unsigned and signed division at variable QUO respectively, Store the remainder of unsigned and signed division at variables SREM respectively. Use the assembler directive to save the date in memory: DATA SEGMENT NUMI DW 0A567H NUM2 DW 0111H QUO DW 2 DUP(O) REM DW 2 DUP(O) DATA ENDS Discussion 1. When two 16-bit numbers are multiplied, what two registers hold the product? Show which register contains the most- and least-significant portions of the product. 2. Write a sequence of instructions that cube the 8-bit number found in DL. Load DL with a 5 initially and make sure that your result is a 16-bit number. 3. Where is the remainder found after an 8-bit division? 4. Write a short assembly program to find X=(150/25)+(326*712). Save the result in HEX at the memory location DS:DI (0200:0008) respectively