Q.2: You have three microcontrollers available to choose from, see Table 1. What will be your choices and why, for the following requirements: a) Displaying and flashing your name along with current temperature on an LCD using 4- bit mode. Temperature sensor to be used is digital with SPI interface. b) Along with a), display humidity on a 10 LED bar-graph, and generate alarm when humidity is above a set level. A 4x4 keypad is used to set the humidity alarm level. You have an analog humidity sensor. c) You have written a new, state of the art, synchronous serial communication protocol, which can transfer 128 bits of data in 130 clock cycles. Using this protocol you need to transfer data at 32Mbits/second. d) A security device installed at CIIT Islamabad gate# 1, stores the 8-bit registration numbers of last 1000 cars entered and 1000 leaved. Considering the load shedding situation the microcontroller should not lose the data upon power failure. Note: keep the answers and reasons to the very point. Q.2: You have three microcontrollers available to choose from, see Table 1. What will be your choices and why, for the following requirements: a) Displaying and flashing your name along with current temperature on an LCD using 4- bit mode. Temperature sensor to be used is digital with SPI interface. b) Along with a), display humidity on a 10 LED bar-graph, and generate alarm when humidity is above a set level. A 4x4 keypad is used to set the humidity alarm level. You have an analog humidity sensor. c) You have written a new, state of the art, synchronous serial communication protocol, which can transfer 128 bits of data in 130 clock cycles. Using this protocol you need to transfer data at 32Mbits/second. d) A security device installed at CIIT Islamabad gate# 1, stores the 8-bit registration numbers of last 1000 cars entered and 1000 leaved. Considering the load shedding situation the microcontroller should not lose the data upon power failure. Note: keep the answers and reasons to the very point