Q$2$ c$)$ amplification, filtering $($antialiasing$),$ sample and hold, and ADC preparation. A source voltage assumes the range of $100$V and contains frequency components at as high as $1$kHz$.$ You are given an Arduino to read in this signal and to convert the analogue signal from a range of $0$ to $5$V to a digital number. The ADC has $10$bits. The conversion process takes $13$ clock cycles assumed at a clock speed of $200$kHz$.$ What is the sampling frequency of the ADC? Is it fast enough? Reason why. How much amplification $($voltage gain$)$ is required to operate the conversion effectively? Draw an op$-$amp circuit that would facilitate this amplification. What is the quantisation resolution of the ADC?