a. A 3x3 matrix data is to be stored in an SRAM of ATmega32 microcontroller. The data is fed horizontally (left to right refer Figure Q.2) to PORTD starting from the first row of the matrix. By using a loop, write a program that stores the data from address location $0060. [The pull-up resistors of input PORTD are enabled] (6 marks) a13 a21 422 423 ra11 012 a31 a 32 a33 Figure Q.2 (Use the following template to write your program) include "m32def.inc" .org 0 jmp start def def .org .edu count = 116 // use it as a counter temp = 117 $2A cell = 9 start: I/ (Your program starts here) dseg data: db 1 b. Write a program that transposes the stored 3x3 matrix data in part (a) and then store the transposed data from address location $0060. The program must use a loop and stack to transpose and to store the data. [You can continue writing the code from part (a)] (14 marks) a. A 3x3 matrix data is to be stored in an SRAM of ATmega32 microcontroller. The data is fed horizontally (left to right refer Figure Q.2) to PORTD starting from the first row of the matrix. By using a loop, write a program that stores the data from address location $0060. [The pull-up resistors of input PORTD are enabled] (6 marks) a13 a21 422 423 ra11 012 a31 a 32 a33 Figure Q.2 (Use the following template to write your program) include "m32def.inc" .org 0 jmp start def def .org .edu count = 116 // use it as a counter temp = 117 $2A cell = 9 start: I/ (Your program starts here) dseg data: db 1 b. Write a program that transposes the stored 3x3 matrix data in part (a) and then store the transposed data from address location $0060. The program must use a loop and stack to transpose and to store the data. [You can continue writing the code from part (a)] (14 marks)