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geometry - Finding the maximum number of $70\times 30$ tiles that can . . . A tile can be placed in any orientation so long as its edges are parallel to the edges of the floor No tile should overshoot any edge of the floor What is the maximum number of tiles that can be accommodated on the floor ? Solution obtained by trial and error, showing an answer of $6$:
Alignment of entries in matrix - TeX - LaTeX Stack Exchange The second problem (mentioned in the comments) about centering the 0 within the parenthesis requires a bit more crafting in terms of where \phantom spaces are introduced and how large the \makebox is made: Hopefully you can study the code below and be able to achieve any alignments you desire I don't believe that there is a generic solution that works in all cases, each case needs to be
boxes - Attractive Boxed Equations - TeX - LaTeX Stack Exchange I often used \\boxed{ } from the AMS math package to place a box around important equations However, this approach often produces somewhat awkward looking output Consider \\documentclass{artic
vertical and horizontal line in a matrix - LaTeX Stack Exchange This is a possibility, but doesn't answer the question of how to get a horizontal line in bmatrix I changed my bmatrix to array and it took the \hline, but then the array broke the align environment When I searched for how to use array inside align, everything I found said to use bmatrix Any ideas how to get a horizontal line inside a matrix inside an align environment? (OMG, LaTeX is