Math, Mathematics, Numerical Analysis, Science.
side of equation (1) that we would also have N²=pD², we can write so now it must be As c=1/p and a=d/b, this leads to and we arrive at a quartic equation Equation 3: conditions for the b and d constants What are its roots? Two roots come from b²=pd², so we’d have b=±d√p and thus a=d/b=±1/√p, but