Tank Circuit Program Print your Student Name and Student Number. 1. Calculate the Capacitor with the input E, permittivity, A, cross-sectional area, d, separated distance. 2. Calculate the resonant frequency, f, of a tank circuit with the above C and input L. C = EA d and f = 1 2LC Typical Area = 5mm2 values: E =8.851012F/m. (hardcode) L = 1 H Separated distances ~ 1mm (or less) Round the Resonant frequency to two decimal places. Hint: import java.lang.Math; ... Math.sqrt(a) Math.pow(a, b) MITS4002 Practical Questions (Part A) 2 Here is a sample run: Sample 1: John Smith JS00001 Enter Capacitor Area (mm^2): 5 Enter Capacitor separated distance (mm): 0.5 Enter Inductance of the inductor (uH): 1 John Smith's LC Tank Circuit Resonate Frequency: 16.92 MHz