2. Calculate the power density, S for a cell phone's electromagnetic radiation at 12 inches from its case. Assume a transmitter/amplifier/antenna inside the phone generates an electric field E of 1 V/m. The phone operates in the 6000 MHz 6G' band. Using the textbook and the method of graphical interpolation, calculate the percentage of the maximum power density allowed by the IEEE C95.1 standard. That is, of your calculated power density, what is its percentage of the standard at the frequency given? Be very careful with units. I will count off if units are not correct. (25 pts) 2. Calculate the power density, S for a cell phone's electromagnetic radiation at 12 inches from its case. Assume a transmitter/amplifier/antenna inside the phone generates an electric field E of 1 V/m. The phone operates in the 6000 MHz 6G' band. Using the textbook and the method of graphical interpolation, calculate the percentage of the maximum power density allowed by the IEEE C95.1 standard. That is, of your calculated power density, what is its percentage of the standard at the frequency given? Be very careful with units. I will count off if units are not correct. (25 pts)