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<nowiki>*</nowiki>The cost of bank slots, <math> C_b </math> increases with the number of slots purchased, <math> n </math> by:<br> | <nowiki>*</nowiki>The cost of bank slots, <math> C_b </math> increases with the number of slots purchased, <math> n </math> by:<br> | ||
<math>C_b = \left \lfloor \frac{132,728,500 \times (n+2)}{142,015^{(\frac{163}{122+n})}}\right \rfloor</math> | <math>C_b = \left \lfloor \frac{132\,728\,500 \times (n+2)}{142\,015^{\left (\frac{163}{122+n} \right )}}\right \rfloor</math> | ||
Note that the denominator function is 142,015 raised to the exponent of 163 / (122 + n), not a multiplication. | Note that the denominator function is 142,015 raised to the exponent of 163 / (122 + n), not a multiplication. |