Resistivity of metal is given by the formula: P(t) = Ke«(t-20) where K is the resistivity at 20°C, a is the temperature coefficient and t is the temperature in °C. (a) Find the second-degree Taylor...

Extracted text: Resistivity of metal is given by the formula: P(t) = Ke«(t-20) where K is the resistivity at 20°C, a is the temperature coefficient and t is the temperature in °C. (a) Find the second-degree Taylor polynomial for p(t) centered at 2. (b) Determine the range of t such that the maximum bounded error of the derived Taylor series in part (a) agree with the exponential expression to within 1%.