Basic Laws for XOR

Solve for ~Law of 1 XOR~ = [blank_start]x'[blank_end] x [XOR] 1 ⬅️XOR as the operator

Solve for ~[blank_start]Idempotency[blank_end] XOR~ = [blank_start]0[blank_end] x [XOR] x ⬅️XOR as the operator

Solve for ~[blank_start]Complementary[blank_end] XOR~ = [blank_start]1[blank_end] x [XOR] x' ⬅️XOR as the operator

Solve for ~ Commutative XOR~ = [blank_start]x'y + xy'[blank_end] or [blank_start](x'+y') (x+y)[blank_end] x [XOR] y ⬅️XOR as the operator

Solve for ~ Commutative XOR~ = [blank_start]x'y' + xy[blank_end] or [blank_start](x'+y) (x+y')[blank_end] x [XOR] y' ⬅️XOR as the operator

Solve for ~Law of 0 XOR~ = [blank_start]x[blank_end] x [XOR] 0 ⬅️XOR the operator