a_{1} + a_{3} = a_{4} | ||
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Pseudo Magic Ring ^{3}R_{dif} (definition) | |||
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satisfying conditions: 2a = e + g 2c = d + g 2f = b + e 2h = b + d dif = S_{v} - S_{h} = S_{ch} - S_{d} = S_{d} - S_{cv} = [(b + g) - (d + e)] / 2 |
possibilities for inequality sequence (choosing e to be the smallest number) (also assuming non-equal numbers) | |||
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g < c < d e < f < b b < h < d | e < f < b < h < d | c < b type 2 square c > b | |
g < c < d e < f < b d < h < b | e < f < b | ||
d < c < g e < f < b b < h < d | e < f < b < h < d < c < g | mirror of above | |
d < c < g e < f < b d < h < b | (d < c and d < h) |
pseudo magic ring with squares of numbers < 1000 only one using primitive SPT's | |||
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as SPT's | |||
(^{3}R_{201.120}) | |||
pseudo magic ring with squares of numbers < 10.000 only one using primitive SPT's | |||
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as SPT's | |||
(^{3}R_{10.273.824}) | |||
pseudo magic ring with squares of numbers < 10.000 only one using primitive SPT's | |||
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as SPT's | |||
(^{3}R_{-18.267.216}) | |||
pseudo magic ring with squares of numbers < 10.000 compound SPT ring | |||||||||||
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as SPT's | |||||||||||
(^{3}R_{-6.216}) | |||||||||||
pseudo magic ring with squares of numbers < 10.000 compound SPT rings | |||||||||||
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