You will need to identify the input and output variables, decide which flip-flop to use, write the state table, use k-maps to simplify the inputs to the flip-flops, implement and verify the solution using the simulator in https://circuitverse.org/simulator</span>
Part 4: Provide a link to your implementation in circuitverse.org or add the instructor as a collaborator to the project. (See the appendix for instructions) (2 Mark)
Note: Include the link to the completed circuit in circuitverse.org. If there is no link with your submission, your answers will not be validated.
You will need to identify the input and output variables, decide which flip-flop to use, write the state table, use k-maps to simplify the inputs to the flip-flops, implement and verify the solution using the simulator in https://circuitverse.org/simulator
Part-3 – Combined circuit connecting the counter input to the output of the circuit in part 1. (1 Marks)
a) Create the main circuit like the circuit in section 3 above
b) Test the circuit with different inputs to make sure it functions correctly
Note: The answers should be supported with a screenshot. Marks will be reduced if no screenshot is given
You will need to identify the input and output variables, decide which flip-flop to use, write the state table, use k-maps to simplify the inputs to the flip-flops, implement and verify the solution using the simulator in https://circuitverse.org/simulator
Part 2 – Counter that can count forward and backward based on input. (5 Marks)
a) Draw the state diagram
b) Select a flip-flop
c) Write the state table based on the state diagram and the selected flip-flop
d) Use k-maps to simplify the input equations to the flip-flops
e) Implement the counter as a sub-circuit in circuitverse.org and attach a screenshot of the circuit design (see the appendix on how to make a sub-circuit)
Note: The answers should be supported with a screenshot. Marks will be reduced if no screenshot is given.
You will need to identify the input and output variables, decide which flip-flop to use, write the state table, use k-maps to simplify the inputs to the flip-flops, implement and verify the solution using the simulator in https://circuitverse.org/simulator
Part 1- Combinational circuit to determine if the input is even or odd. (2 Marks)
a) Identify the input and output variables.
b) Write the truth table
c) Simplify the output function
d) Implement the function as a sub-circuit in circuitverse.org and attach a screenshot of the circuit design (see the appendix on how to make a sub-circuit)
Note: The answers should be supported with a screenshot. Marks will be reduced if no screenshot is given.
Under what circumstances, if any, do you consider programming in machine language?
Explain pin diagram of LCD along with emphasizing importance of RS and enable pin
flowchart that will calculate the pay then simulate its pseudocode(Hint: Pay = hours * rate)
for Read 10 integers from the keyboard in the range 0 "-100" and cout how many of them are larger from than 50, and display this result by using a pseudocode
You
Find the number that can be expressed as the product of two nonnegative integers in succession and print them in increasing order. For each number found the program should check whether the number is a multiple of 5 and indicates this in the output. (For example, 30 is such a number as it can be written as the product of 5 and 6 (30=5x6), which are two numbers in succession) the user should specify how many such numbers they want to print
Collect news articles (print or electronic) on (1) benefits and valuable applications of computer technology and (2) new problems or dramatic failures. The articles should be current, that is, published during this time period. Write a brief summary and commentary on two articles in each category indicating how they relate to topics covered in this book