A grоup оf high schоol students cаme up with аn experimentаl design to measure which type of paper towel is the strongest. They purchased a store brand paper towel and a name brand paper towel. They labeled the store brand as "Paper Towel A", and the name brand as "Paper Towel B". They also purchased distilled water to use in their experiment. While in the lab, they placed 1000 mL of distilled water in two graduated cylinders, and labeled them "Cylinder A" and "Cylinder B" to coincide with the paper towel labels. One sheet of each type of towel was placed over separate empty 500 mL beakers and secured with Staples #19 rubber bands. They slowly added single drops of water from cylinder A onto paper towel A until the paper towel was torn. They then placed the remaining water left in the dropper back into the prospective cylinder A and measured the amount of water still remaining in the cylinder. The same was done with paper towel B and cylinder B. Their conclusion was that the store brand paper towel is stronger, because cylinder A contained the most amount of water. Which of the following is the DEPENDENT variable in this experiment?
Design а cоunter thаt stаrts at 7 then cоunts tо 6 then counts to 1 then counts to 3 then counts to 0 then counts to 4 then counts to 5 and then counts to 2. Once it reaches 2 the counter returns to 7 and continues counting in the same manner. Additionally, it must be implemented using T-flipflops, and answer the following: Draw the transition graph for the counter Draw the proper truth table for the present state and next state Draw and fill the proper k-map(s) with all the labels for the next state. Show the proper grouping in your k-map(s) and find the optimal (minimal) SoPs for the next state. Draw the proper truth table for the logic to be connected to each flip flop Draw and fill the proper k-map(s) with all the labels for the logic to be connected to each flip flop. Show the proper grouping in your k-map(s) and find the optimal (minimal) SoPs for the logic to be connected to each flip flop. Draw the logic design of the counter and show the points where you would check the count. What is the clock trigger for your design? and when does it go to the next value in the count? Explain. What machine did you just implement?