Project 1E-Combinational circuit Design Figure 1 (a) is a seven-segment display, each segment is represented by a,b,c,d,e,f, g. When a = 1, the corresponding segment "a" will be lighted up. When one or more segments are correctly selected, the display will display decimal number 0~9 (shown in Figure 1 (b))and some letter, such as A,C,E,F,H,L. or a blank display. a 8 b (a) Segment designation 0123456789 (b) Numerical designation for display Figure 1 7-segment display Please design a BCD to 7-segment decoder that can convert a BCD code to a 7-bit code that can light up a 7-segment LED display as shown in Figure 2. If the WXYZ code is not a decimal number (0-9), the 7-segement display should display a letter "E". You need to write down the truth table, use k-map to simplify the circuit, write down the simplified expressions, and then draw the circuit using appropriate logic gates. Print out this page as the cover page of your report.

10A ↑ Click here for image ww R1 Ω ww R2 Ω ww R3 Ω In this circuit R1 = 1/2.00, R2 = 1/3.00 and R3 = 1/6.00, determine the value of the current I in amperes. Round your answer to two decimal places. Your answer must be purely numerical! Do not type any letters

Please help me create a 555 timer on TinkerCAD using the schematic. This is not an assignment. Please make straight line, do not make lines that cross each other

Needs Complete explanation and 100 % accuracy.

What is a matching circuit?

Still confused about how you calculated the current. Could you please elaborate a little? thank you

please skip if you already answered this. I will upvote if this is typewritten. much appreciated. thank you so much

Repeat above (insert image) with the resistors in parallel, insert multitesters (digital or analog) to measure current along each resistor. Comment on the meter readings and set up.

I m still confused about how you got the isph. How did you calculate exactly? and where did you get the isph when you multiplied 3 x 66 x10 3 x isph? could you please explain the steps a little deeper.

Use the C-Strip material cards to fill in each blank with the correct abbreviation by first computing the sum in the parentheses and putting that answer in the first blank. Then add once more to get the answer (L + D) +W = + W = (R + B) +W = + W = (R + W) +D = + D = (L + Y) +R = + R =

can you do question iii please?