For the network in Figure, determine the value of R for maximum power to R. R1 E 30 R2 w 10 = R3 R4 11 5A 80 80 V1 -24V

can someone show me how to do this problem step by step and explain the concepts

can someone show me step by step how to do this problem

What should the resistors R1, R2, R3 and R4 be so that the gain of the circuit is 2.8?

I need the expert solution handwritten in full for the question, not an explanation.

(e) Create a list of components for the following circuit. 6v Vcc D1 R7 4k7 ZS D2 ( M RV1 470k C1 100nF 10µF C2 IC1 R2 150k RS Q4 Q5 Q4-Q14 R5 Q1 Q6 4. Q7 4k7 10 14 13 15 RTC Q8 Q9 4060 Q10 Q12 Q13 Q14 стс R1 100k _12 MR R4 4.7k R6 4.7k LED1 LED2

Please solve and give the correct answer

Determine the approximate value of VGG of Figure 522. VDD T17V 21.8kQ V, = 9.8V %3D Q1 1MQ pss 9mA DSS V. V =-4.5V EVGG Figure 522. O-1.2 V -3.281 V O 1.453 V -1.5 V

6 The circuit in Figure P7.56 shows the use of ideal transformers for impedance matching. You have a limited choice of turns ratios among available transformers. Suppose you can find transformers with turns ratios of 2:1, 7:2, 120:1, 3:2, and 6:1. If Z, is 475Z – 25°2 and Z, must be 2672 – 25°, find the combination of transformers that will provide this impedance. (You may assume that polarities are easily reversed on these transformers.)

Subject to a step input, the voltage drop across the resistor took 696.3103us to reach 13% of its steady value from rest. Determine the time (ms) needed to reach 90% of its steady value from 10% Determine the time (ms) needed to reach 80% of its steady value from 20%