Section 3Want more of a challenge? View in iconic form (experimental)

# MATH introduce the NOT logical operator
[hear] (intro not);

[hear] (= 01110 01110);

[hear] (not / < 01110 01110);

[hear] (not / > 01110 01110);

[hear] (= 010 010);

[hear] (not / < 010 010);

[hear] (not / > 010 010);

[hear] (= 0110 0110);

[hear] (not / < 0110 0110);

[hear] (not / > 0110 0110);

[hear] (= 011110 011110);

[hear] (not / < 011110 011110);

[hear] (not / > 011110 011110);

[hear] (= 01110 01110);

[hear] (not / < 01110 01110);

[hear] (not / > 01110 01110);

[hear] (= 0110 0110);

[hear] (not / < 0110 0110);

[hear] (not / > 0110 0110);

[hear] (not / = 01110 011110);

[hear] (< 01110 011110);

[hear] (not / > 01110 011110);

[hear] (not / = 0111110 0111111110);

[hear] (< 0111110 0111111110);

[hear] (not / > 0111110 0111111110);

[hear] (not / = 0110 011110);

[hear] (< 0110 011110);

[hear] (not / > 0110 011110);

[hear] (not / = 00 010);

[hear] (< 00 010);

[hear] (not / > 00 010);

[hear] (not / = 00 01110);

[hear] (< 00 01110);

[hear] (not / > 00 01110);

[hear] (not / = 00 0110);

[hear] (< 00 0110);

[hear] (not / > 00 0110);

[hear] (not / = 0110 00);

[hear] (> 0110 00);

[hear] (not / < 0110 00);

[hear] (not / = 0111110 01110);

[hear] (> 0111110 01110);

[hear] (not / < 0111110 01110);

[hear] (not / = 01111110 011110);

[hear] (> 01111110 011110);

[hear] (not / < 01111110 011110);

[hear] (not / = 011110 01110);

[hear] (> 011110 01110);

[hear] (not / < 011110 01110);

[hear] (not / = 011111110 0111110);

[hear] (> 011111110 0111110);

[hear] (not / < 011111110 0111110);

[hear] (not / = 0111111110 0111110);

[hear] (> 0111111110 0111110);

[hear] (not / < 0111111110 0111110);