Suppose that the resistivity (p) of a certain material various with its temperature (T) in accordance to the following quadratic equation P(T) = po(1 + a(T - To) + B(T T.)?) with a = 4.1300 x 10-3/(C) and B = 1.7595 x 10-67(C)2. Determine the temperature (in Kelvin) when this material becomes a superconductor as predicted by this equation. Recall that T(K) = T(C) + 273.15, where T(K) is temperature in Kelvin and T(C) is temperature in Celsius. (a) 3 K (b) 7K (c) 11 K (d) 15 K (e) 19 K (f) None of the above