Draw the directed graph G associated with the binary relation (A, R) where A= P({1,2}) and...

 

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Draw the directed graph G associated with the binary relation (A, R) where A= P({1,2}) and R={(X,Y) E A A|X CY}. For each MIPS instruction, convert it to its binary and hex representations. For each table, do the following: On first line, type the opcode, registers, and function code On second line, type opcode, register numbers, and function code On third line, convert all entries from decimal to binary On fourth line, convert binary to hex. 1. add $s3, $t0, $t 4 op math 0 000000 Hex: 2. sub $t 6, $s2, $s5 op math 0 000000 Hex: rs op addi 8 001000 Hex: rs 3. addi $t 2, $s1, 15 rs 4.1 w $t 3, 20($s0) op rs Iw 35 100011 Hex: rt rt rt rt rd rd shamt 0 0 00000 shamt 0 0 00000 const/addr const/addr funct add 32 100000 funct sub 34 100010 Draw the directed graph G associated with the binary relation (A, R) where A= P({1,2}) and R={(X,Y) E A A|X CY}. For each MIPS instruction, convert it to its binary and hex representations. For each table, do the following: On first line, type the opcode, registers, and function code On second line, type opcode, register numbers, and function code On third line, convert all entries from decimal to binary On fourth line, convert binary to hex. 1. add $s3, $t0, $t 4 op math 0 000000 Hex: 2. sub $t 6, $s2, $s5 op math 0 000000 Hex: rs op addi 8 001000 Hex: rs 3. addi $t 2, $s1, 15 rs 4.1 w $t 3, 20($s0) op rs Iw 35 100011 Hex: rt rt rt rt rd rd shamt 0 0 00000 shamt 0 0 00000 const/addr const/addr funct add 32 100000 funct sub 34 100010