In the supplied Quartus project, open the schematic diagram func_mux4.bdf and make it the top level. A 4-to-1 mux symbol has already been placed for you. and the schematic has inputs A. B C and output F. Implement the function defined by the truth table shown below. In the schematic diagram, you may use only a single instance of the 4-to-1 multiplexer symbol and a single not gate to implement value fixing with B, B, 1 (primitivesrightarrowothersrigharrowvcc) and 0 (primitivesrightarrowothersrightarrowgnd). Signal A and C must be connected directly to the mux's select inputs. Use the supplied file func_mux4.vwf to test your logic, and verify that it matches the required behavior. Print out your simulation results, write your name(s) on them, explicitly annotate it to state whether or not it shows correct behavior, and then scan it to a file func_mux4_sim_results.pdf (or jpg). In the supplied Quartus project, open the schematic diagram func_mux4.bdf and make it the top level. A 4-to-1 mux symbol has already been placed for you. and the schematic has inputs A. B C and output F. Implement the function defined by the truth table shown below. In the schematic diagram, you may use only a single instance of the 4-to-1 multiplexer symbol and a single not gate to implement value fixing with B, B, 1 (primitivesrightarrowothersrigharrowvcc) and 0 (primitivesrightarrowothersrightarrowgnd). Signal A and C must be connected directly to the mux's select inputs. Use the supplied file func_mux4.vwf to test your logic, and verify that it matches the required behavior. Print out your simulation results, write your name(s) on them, explicitly annotate it to state whether or not it shows correct behavior, and then scan it to a file func_mux4_sim_results.pdf (or jpg)