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Omni-MATH / Sally the snail sits on the 3×24 lattice of points (i,j) for all 1≤i≤3 and 1≤j≤24. She wants to visit every point in the lattice exactly once. In a move, Sally can move to a point …

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problem

Sally the snail sits on the 3×243 \times 24 lattice of points (i,j)(i, j) for all 1≤i≤31 \leq i \leq 3 and 1≤j≤241 \leq j \leq 24. She wants to visit every point in the lattice exactly once. In a move, Sally can move to a point in the lattice exactly one unit away. Given that Sally starts at (2,1)(2,1), compute the number of possible paths Sally can take.
Plain-text mathematical notation (without MathML)
Sally the snail sits on the 3×24 lattice of points (i,j) for all 1≤i≤3 and 1≤j≤24. She wants to visit every point in the lattice exactly once. In a move, Sally can move to a point in the lattice exactly one unit away. Given that Sally starts at (2,1), compute the number of possible paths Sally can take.
Original LaTeX notation
Sally the snail sits on the $3 \times 24$ lattice of points $(i, j)$ for all $1 \leq i \leq 3$ and $1 \leq j \leq 24$. She wants to visit every point in the lattice exactly once. In a move, Sally can move to a point in the lattice exactly one unit away. Given that Sally starts at $(2,1)$, compute the number of possible paths Sally can take.

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