Give this number equal to the maximum number of possible solutions to a cubic equation.
If you flip this number of coins, the chance of getting exactly one head is thirty-seven point five percent. This is the smallest number of points necessary to use Simpson's Rule or a quadratic regression. If you write the number one zero one in this base, it is equal to the decimal number ten. It also is the slope of the tangent line at x=1 of the function y equals x cubed, and it is the only prime factor of twenty-seven. Give this number equal to the maximum number of possible solutions to a cubic equation.
If you flip this number of coins, the chance of getting exactly one head is thirty-seven point five percent.
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