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Transfers data from one location to another without altering the data.

Adds the second operand to the first operand and stores the result in the first operand location.

Subtracts the second operand from the first operand and stores the result in the first operand location.

Performs unsigned multiplication of the accumulator and the specified operand.

Performs unsigned division using the accumulator and the specified operand.

Increments the value of the specified operand by 1.

Decrements the value of the specified operand by 1.

Performs a bitwise AND operation between the first and second operand and stores the result in the first operand.

Performs a bitwise OR operation between the first and second operand and stores the result in the first operand.

Performs a bitwise exclusive OR operation between the first and second operand and stores the result in the first operand.

Performs a bitwise NOT operation (one's complement) on the operand, reversing each bit.

Shifts the bits of the operand to the left by a specified count, inserting zeros into the low order bits.

Shifts the bits of the operand to the right by a specified count, inserting zeros into the high order bits.

Compares the second operand with the first operand and sets the flags accordingly.

Jumps to the instruction at the specified address unconditionally.

Jumps to the specified address if the result of the previous comparison is equal (Zero flag is set).

Jumps to the specified address if the result of the previous comparison is not equal (Zero flag is clear).

Jumps to the specified address if the result of the previous comparison was greater (Signed comparison).

Jumps to the specified address if the result of the previous comparison was less (Signed comparison).

Jumps to the specified address if the result of the previous comparison was greater or equal (Signed comparison).

Jumps to the specified address if the result of the previous comparison was less or equal (Signed comparison).

Calls a procedure at the specified address, saving the return address on the stack.

Returns from a procedure by popping the saved return address from the stack and jumping to it.

Loads the address of the operand into the specified register.

Pushes the specified operand onto the stack, decrementing the stack pointer accordingly.

Pops the top value from the stack into the specified operand, incrementing the stack pointer accordingly.

Generates a software interrupt by invoking the interrupt handler at the specified vector.

Performs no operation and simply moves to the next instruction.

Sets the Carry flag to 1.

Clears the Carry flag, setting it to 0.