Start at the tic mark for \(1\text{,}\) move \(3\) tic marks CW, giving \(4 = \binary{100}_{2}\text{.}\) We did not pass the tic mark at the top, so `C` = \(\binary{0}\text{,}\) and the result is correct.

Start at the tic mark for \(3\text{,}\) move \(4\) tic marks CW, giving \(7 = \binary{111}_{2}\text{.}\) We did not pass the tic mark at the top, so `C` = \(\binary{0}\text{,}\) and the result is correct.

Start at the tic mark for \(5\text{,}\) move \(6\) tic marks CW, giving \(3 = \binary{011}_{2}\text{.}\) We passed the tic mark at the top, so `C` = \(\binary{1}\text{,}\) and the result is wrong.

Start at the tic mark for \(+1\text{,}\) move \(3\) tic marks CW, giving \(-4 = \binary{100}_{2}\text{.}\) We passed the tic mark at the bottom, so `V` = \(\binary{1}\text{,}\) and the result is wrong.

Start at the tic mark for \(-3\text{,}\) move \(3\) tic marks CCW, giving \(+2 = \binary{010}_{2}\text{.}\) We passed the tic mark at the bottom, so `C` = \(\binary{0}\text{,}\) and the result is wrong.

Start at the tic mark for \(+3\text{,}\) move \(4\) tic marks CCW, giving \(-1 = \binary{111}_{2}\text{.}\) We did not pass the tic mark at the bottom, so `C` = \(\binary{0}\text{,}\) and the result is correct.