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Other Magic Square Sizes: 3 * 5 * 7 * 9 * 11 * 13 * 15 * 17 * 19 *
21 * 23 * 25 * 27 * 29 * 31 * 33 * 35 * 37 * 39 * 41 * 43 * 45 * 47 * 49 * 51 * 53 * 55 * 57 * 59 *
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A 27x27 Magic Square

Scroll down to see a magic square
in which all rows, columns, and both diagonals
add up to the same magic sum (9855)

A Magic Square is a square of numbers in which every row, every column, and both diagonals add up to the same number. This number is often called the magic sum. The 27 by 27 magic square shown below has a magic sum equal to 9855.

Though magic squares can be made with non-consecutive and non-regular sequences, they are usually seen made up of consecutive numbers. To the best of my knowledge, the middle number in the sequence must be in the center square, and the magic sum will be equal to this middle number times the number of rows in the square. (In the case of 3x3 squares, I have proved that the middle number MUST be equal to one-third of the sum. See proof here.)

All odd-size Magic Squares can be made with the method shown below, which can be summarized as "start in the middle of the top and keep moving up and to the right except when you get blocked, in which case drop down and continue." The more detailed directions about creating these squares can be found further below. There are other methods for creating magic squares, but this is the easiest to learn. (There are basically only two methods of creating a 3x3 square but the larger squares have a large number of irregular variants, and probably other regular methods.)

Read more about Magic Squares

If you'd like to read more about magic squares, click one of these links to look for books about Magic Squares at Amazon.com, at Amazon.canada, and at Amazon.co.UK.

A 27-by-27 Magic Square

(Magic Sum = 9855)

Books about
Magic Squares
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380 409 438 467 496 525 554 583 612 641 670 699 728 1 30 59 88 117 146 175 204 233 262 291 320 349 378
408 437 466 495 524 553 582 611 640 669 698 727 27 29 58 87 116 145 174 203 232 261 290 319 348 377 379
436 465 494 523 552 581 610 639 668 697 726 26 28 57 86 115 144 173 202 231 260 289 318 347 376 405 407
464 493 522 551 580 609 638 667 696 725 25 54 56 85 114 143 172 201 230 259 288 317 346 375 404 406 435
492 521 550 579 608 637 666 695 724 24 53 55 84 113 142 171 200 229 258 287 316 345 374 403 432 434 463
520 549 578 607 636 665 694 723 23 52 81 83 112 141 170 199 228 257 286 315 344 373 402 431 433 462 491
548 577 606 635 664 693 722 22 51 80 82 111 140 169 198 227 256 285 314 343 372 401 430 459 461 490 519
576 605 634 663 692 721 21 50 79 108 110 139 168 197 226 255 284 313 342 371 400 429 458 460 489 518 547
604 633 662 691 720 20 49 78 107 109 138 167 196 225 254 283 312 341 370 399 428 457 486 488 517 546 575
632 661 690 719 19 48 77 106 135 137 166 195 224 253 282 311 340 369 398 427 456 485 487 516 545 574 603
660 689 718 18 47 76 105 134 136 165 194 223 252 281 310 339 368 397 426 455 484 513 515 544 573 602 631
688 717 17 46 75 104 133 162 164 193 222 251 280 309 338 367 396 425 454 483 512 514 543 572 601 630 659
716 16 45 74 103 132 161 163 192 221 250 279 308 337 366 395 424 453 482 511 540 542 571 600 629 658 687
15 44 73 102 131 160 189 191 220 249 278 307 336 365 394 423 452 481 510 539 541 570 599 628 657 686 715
43 72 101 130 159 188 190 219 248 277 306 335 364 393 422 451 480 509 538 567 569 598 627 656 685 714 14
71 100 129 158 187 216 218 247 276 305 334 363 392 421 450 479 508 537 566 568 597 626 655 684 713 13 42
99 128 157 186 215 217 246 275 304 333 362 391 420 449 478 507 536 565 594 596 625 654 683 712 12 41 70
127 156 185 214 243 245 274 303 332 361 390 419 448 477 506 535 564 593 595 624 653 682 711 11 40 69 98
155 184 213 242 244 273 302 331 360 389 418 447 476 505 534 563 592 621 623 652 681 710 10 39 68 97 126
183 212 241 270 272 301 330 359 388 417 446 475 504 533 562 591 620 622 651 680 709 9 38 67 96 125 154
211 240 269 271 300 329 358 387 416 445 474 503 532 561 590 619 648 650 679 708 8 37 66 95 124 153 182
239 268 297 299 328 357 386 415 444 473 502 531 560 589 618 647 649 678 707 7 36 65 94 123 152 181 210
267 296 298 327 356 385 414 443 472 501 530 559 588 617 646 675 677 706 6 35 64 93 122 151 180 209 238
295 324 326 355 384 413 442 471 500 529 558 587 616 645 674 676 705 5 34 63 92 121 150 179 208 237 266
323 325 354 383 412 441 470 499 528 557 586 615 644 673 702 704 4 33 62 91 120 149 178 207 236 265 294
351 353 382 411 440 469 498 527 556 585 614 643 672 701 703 3 32 61 90 119 148 177 206 235 264 293 322
352 381 410 439 468 497 526 555 584 613 642 671 700 729 2 31 60 89 118 147 176 205 234 263 292 321 350



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How to Make Your Own Odd-Size Magic Square

  1. Draw a square with any odd number of rows and columns.
  2. Put your first number in the MIDDLE square of the TOP row.
  3. Move UP and to the RIGHT to find the position for your next number, but ...
    • if the next "position" is ABOVE a column, go to BOTTOM of that column (you can see a sample of this movement by looking at how we moved from 1 to 2 in the square above).
    • if the next "position" is to the RIGHT of a row, go to LEFT of that row (you can see this movement between (14) and (15) above).
    • if the next cell is already filled in, drop down to the cell below the number you just filled in for the next number (you can see this when you look at how we moved from 27 to the next number above).
    • if the next cell is both ABOVE and to the RIGHT of the entire square, drop down to the cell below the number you just filled in for your next number (you can see this if you look at (378) and the next number).
  4. Print your NEXT number into the new square you just moved to.
  5. Repeat steps 3-4 until the entire square is full.
  6. You can see how it works by printing this page and drawing arrows to see how it worked when I created this magic square

This Magic Square was created by John Knoderer, a webmaster and computer programmer who is available to telecommute to your location.

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