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Jason Weisman

@jlw12.bsky.social
3 followers 6 following 21 posts
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Jason Weisman @jlw12.bsky.social · 24/12/2025
#thisweeksfiddler I hit on the below 6x6 prime magic square but unable to find an 8x8. Interested if anyone hit on an 8x8 or larger one... 337 367 307 421 241 353 293 331 383 271 317 431 389 281 347 359 439 211 401 167 313 349 647 149 233 311 17 487 379 599 373 569 659 139 3 283
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Jason Weisman @jlw12.bsky.social · 26/08/2025
#thisweeksfiddler Miles Probability 3 17/256 3.5 32/256 4 24.75/256 4.5 72/256 5 9.1875/256 5.5 33/256 6 20.0625/256 6.5 48/256 Avg = 3*17/256+3.5*32/256+4*(24+3/4)/256+4.5*72/256+5*(9+3/16)/256+5.5*33/256+6*(20+1/16)/256+6.5*48/256 = 19933/4096 ~ 4.8665 miles
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Jason Weisman @jlw12.bsky.social · 19/08/2025
#ThisWeeksFiddler EC: W= $90 cash with 50% likelihood from the outset. First bet the entire $55 on one side. This has 50% probability of winning $55 cash while retaining the $55 of vouchers. After winning use the same strategy as in Part 1 to add $35 or more cash guaranteed.
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Jason Weisman @jlw12.bsky.social · 12/08/2025
#ThisWeeksFiddler colab.research.google.com/drive/1zobjk...
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Jason Weisman @jlw12.bsky.social · 10/06/2025
#ThisWeeksFiddler Arrange circles on a triangular lattice, each surrounded by six other circles. Centers are integer linear combinations of: v1 =(1,0), v2 = (1/2, sqrt(3)/2). Avg area contributed by each surrounded circle = sqrt(3)/2 For large N, min area of region is ~ sqrt(3)/2 N
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