Show work including intermediate steps. Showing only the answer will get no credit. Problem 1. A. Your team is developing an embedded system. To evaluate display alternati must design and implement a single digit display using seven discrete rectangular LEDs physically arranged as a seven segment display. To test your design, you must implement a decimal counter that constantly reads a starting digit. Then, the counter shall count down to zero displaying each digit long enough to be visible for you and your team. At the end of the count, your system must display and hold a capital 'E'. To see if your teammates are paying attention when you show them your design, your implementation must not show number five. gjTo B173 A. Write a properly document assembly program to implement your design with the MSP430 Launchpad. B. Write an equivalent C program for the MSP430. C. Draw an electrical circuit schematic diagram of your implementation. Show work including intermediate steps. Showing only the answer will get no credit. Problem 1. A. Your team is developing an embedded system. To evaluate display alternati must design and implement a single digit display using seven discrete rectangular LEDs physically arranged as a seven segment display. To test your design, you must implement a decimal counter that constantly reads a starting digit. Then, the counter shall count down to zero displaying each digit long enough to be visible for you and your team. At the end of the count, your system must display and hold a capital 'E'. To see if your teammates are paying attention when you show them your design, your implementation must not show number five. gjTo B173 A. Write a properly document assembly program to implement your design with the MSP430 Launchpad. B. Write an equivalent C program for the MSP430. C. Draw an electrical circuit schematic diagram of your implementation