EOR	EOR "Exclusive-Or" memory with accumulator		EOR
Operation: A ∀ M → A		N Z C I D V / / _ _ _ _
(Ref: 2.2.3.2)
Addressing Mode Assembly Language Form OP CODE No. Bytes No. Cycles Immediate EOR #Oper 49 2 2 Zero Page EOR Oper 45 2 3 Zero Page, X EOR Oper, X 55 2 4 Absolute EOR Oper 4D 3 4 Absolute, X EOR Oper, X 5D 3 4* Absolute, Y EOR Oper, Y 59 3 4* (Indirect, X) EOR (Oper, X) 41 2 6 (Indirect), Y EOR (Oper), Y 51 2 5*
* Add 1 if page boundary is crossed

INC	INC Increment memory by one		INC
Operation: M + 1 → M		N Z C I D V / / _ _ _ _
(Ref: 10.7)
Addressing Mode Assembly Language Form OP CODE No. Bytes No. Cycles Zero Page INC Oper E6 2 5 Zero Page, X INC Oper, X F6 2 6 Absolute INC Oper EE 3 6 Absolute, X INC Oper, X FE 3 7

INX	INX Increment Index X by one		INX
Operation: X + 1 → X		N Z C I D V / / _ _ _ _
(Ref: 7.4)
Addressing Mode Assembly Language Form OP CODE No. Bytes No. Cycles Implied INX E8 1 2