1) How many address lines in the 8086 microprocessor? 2) How many data lines in the 8086 microprocessor? (choose the correct one) When the M/IO line is high (1) that means the CPU has: a) memory operation b) input/ output operation 3) name the segment registers on 8086 microprocessor 4) name the date registers on 8086 microprocessor 5) name the index and base registers on 8086 microprocessor. 6) What is the size of each of the following registers? AH, DL , CX, SS, SP, IP 7) When does the CF become 1 or 0? give two examples. 8) When does the ZF become 1 or 0? give two examples. 9) When does the PF become 1 or 0 ? give two examples. 10) What does it mean when the SF =1? give an example. 11) How much memory can the 8086 processor address? 12) Write a program in 8086 microprocessor to find out the largest among 8-bit n numbers, where size “n" is stored at memory address 2000 : 500 and the numbers are stored from memory address 2000 : 501 and store the result (largest number) into memory address 2000 : 600. 13) Write a program in 8086 microprocessor to find out the squares of 8-bit n numbers, where size "n" is stored at offset 500 and the numbers are stored from offset 501 and store the result numbers into offset 501.(assuming squares comes out to be in limit of 8 bit only). 14) Write a program to find the min value in a given array in assembly 8086 microprocessor 15) 8086 program to find sum of Even numbers in a given series 16) Write a program for 8086 microprocessor to find out smallest number in an array of 10 17) Write an assembly language program in 8086 microprocessor to find average of n eight bit numbers 18) Write an Assembly Language Program to find sum of odd numbers in a given series containing 8 bit numbers stored in a continuous memory location and store the result in another memory location. 19) Write a program to multiply two 16-bit numbers where starting address is 2000and the numbers are at 3000 and 3002 memory address and store result into 3004 and 3006 memory address. 20) Write a program in 8086 microprocessor to multiply two 8-bit numbers, where numbers are stored from offset 500 and store the result into offset 600.