Can you please include steps and label neatly, I am trying to understand this stuff but my teacher has a strong accent and im having troubles, i just need some guidance through steps.

1. Design and implement a 4-input majority detector. . The output is high if two or more of the inputs are high. o Use Karnaugh map reduction to get the simplified Boolean function. o Draw the circuit and simulate the circuit in Logisim. o If you have problems using Logisim, make sure you ask for help. o Check if the truth table for the circuit meets the result of your experiment. o For your lab assignment, make sure that you follow the combinational design procedures stated in the lab notes. Marks will be given to each step. Hand-in requirements for grading o Show the five steps used to solve this problem. Note: Step 5 inclides drawing the logic diagram and implementing the test circuit in Logisim. 2. Design a circuit which will control LED segment "c" of a 7-Segment display. o See the diagram below to understand what a "c" segment is. o If the segment is lit, then the output should be 1. If the segment is not lit, then the output should be 0. . For example, for the numbers 0,3, and 4, segment "c" should be lit; for numbers 1, and 2, segment "c" should not be lit; etc. Design the circuit so that if someone applies a value from 10 to 15 then the LED segment does not light. The following guidelines apply to the 2nd part of the lab assignment: - You may only use NAND and NOT gates (it is common to have your design limited to certain gates). o Show all the steps of the combinational design procedure including test results. o Present the simplified SOP form after using the Karnaugh map reduction method. o Present the expression that can be implemented by using NAND and NOTgates. o Present the screenshot of the circuit when inputs are 1, 3, 9 and 11. A7-segment display can display the digits 0 - 9 by having the appropriate LEDs turned on. b 9 01234 56789 e C d 1. Design and implement a 4-input majority detector. . The output is high if two or more of the inputs are high. o Use Karnaugh map reduction to get the simplified Boolean function. o Draw the circuit and simulate the circuit in Logisim. o If you have problems using Logisim, make sure you ask for help. o Check if the truth table for the circuit meets the result of your experiment. o For your lab assignment, make sure that you follow the combinational design procedures stated in the lab notes. Marks will be given to each step. Hand-in requirements for grading o Show the five steps used to solve this problem. Note: Step 5 inclides drawing the logic diagram and implementing the test circuit in Logisim. 2. Design a circuit which will control LED segment "c" of a 7-Segment display. o See the diagram below to understand what a "c" segment is. o If the segment is lit, then the output should be 1. If the segment is not lit, then the output should be 0. . For example, for the numbers 0,3, and 4, segment "c" should be lit; for numbers 1, and 2, segment "c" should not be lit; etc. Design the circuit so that if someone applies a value from 10 to 15 then the LED segment does not light. The following guidelines apply to the 2nd part of the lab assignment: - You may only use NAND and NOT gates (it is common to have your design limited to certain gates). o Show all the steps of the combinational design procedure including test results. o Present the simplified SOP form after using the Karnaugh map reduction method. o Present the expression that can be implemented by using NAND and NOTgates. o Present the screenshot of the circuit when inputs are 1, 3, 9 and 11. A7-segment display can display the digits 0 - 9 by having the appropriate LEDs turned on. b 9 01234 56789 e C d