LTE II. : Simple Computer Assignment Simple Computer Assignment We have a conceptual Computer that must support 5 operations as shown in the following table: Instruction Code Operands Action ADD INC STORE LOAD HALT 0 B + 1 B 2 B 3 B 4 Stop Execution and : Hexadecimal addresses of source registers : Hexadecimal address of destination register : Hexadecimal address of source memory location : Hexadecimal address of destination memory location ,,,, : First, second, third, fourth, and fifth hexadecimal digits of the instruction Key Fill in the blanks based on the above table: The minimum size of the Data Bus should be bits. The size of the Control Bus should be 4 bits, which can support up to ... commands. The minimum size of the Address Bus should be bits, which gives us an address space of ........... addresses. If this computer uses isolated memory to address external devices, then we can add up to external devices assuming that we will use the minimal Data, Address, and Control Bus sizes. Write the instructions to execute C = A + B (in hexadecimal) knowing that A is located in Memory Location 0A8, B is located in Memory Location 2C9, and C is located in Memory Location BFD. LTE II. : Simple Computer Assignment Simple Computer Assignment We have a conceptual Computer that must support 5 operations as shown in the following table: Instruction Code Operands Action ADD INC STORE LOAD HALT 0 B + 1 B 2 B 3 B 4 Stop Execution and : Hexadecimal addresses of source registers : Hexadecimal address of destination register : Hexadecimal address of source memory location : Hexadecimal address of destination memory location ,,,, : First, second, third, fourth, and fifth hexadecimal digits of the instruction Key Fill in the blanks based on the above table: The minimum size of the Data Bus should be bits. The size of the Control Bus should be 4 bits, which can support up to ... commands. The minimum size of the Address Bus should be bits, which gives us an address space of ........... addresses. If this computer uses isolated memory to address external devices, then we can add up to external devices assuming that we will use the minimal Data, Address, and Control Bus sizes. Write the instructions to execute C = A + B (in hexadecimal) knowing that A is located in Memory Location 0A8, B is located in Memory Location 2C9, and C is located in Memory Location BFD