e) Divide the data in RAM location 3EH by the number 12H ; put the quotient in R4 and the remainder in R5. f) Divide the data in RAM location 15H by the data in RAM location 16H ; put the quotient in external RAM location 7CH and the remainder in in external RAM location 7DH. g) Double the number in register R2, and put the result in register R3 (high byte) and R4 (low byte). Use logic operations
Write programs that will accomplish the desired tasks listed below, using as few lines of code as possible
e) Divide the data in RAM location 3EH by the number 12H ; put the quotient in R4 and the remainder
in R5.
f) Divide the data in RAM location 15H by the data in RAM location 16H ; put the quotient in
external RAM location 7CH and the remainder in in external RAM location 7DH.
g) Double the number in register R2, and put the result in register R3 (high byte) and R4 (low byte).
Use logic operations.
h) OR the contents of ports 1 and 2 ; put the result in external RAM location 0100H
i) Set Port 0, bits 1, 3, 5 and 7 to one, set the rest to zero.
j) Clear bit 3 of RAM location 22H without affecting any other bit.
k) Invert the data on the port 0 pins and write the data to port 1.
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