Table 8.6 RL 100 220 141 mA 1.43A 143 m 1.43 m 1.43 A mW 204.49 mW 449375W 67451 W 1190 53 mW 20449W 60 IKA 3. Set the o

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Table 8 6 Rl 100 220 141 Ma 1 43a 143 M 1 43 M 1 43 A Mw 204 49 Mw 449375w 67451 W 1190 53 Mw 20449w 60 Ika 3 Set The O 1 (17.94 KiB) Viewed 28 times

Table 8 6 Rl 100 220 141 Ma 1 43a 143 M 1 43 M 1 43 A Mw 204 49 Mw 449375w 67451 W 1190 53 Mw 20449w 60 Ika 3 Set The O 2 (13.21 KiB) Viewed 28 times

Table 8.6 RL 100 220 141 mA 1.43A 143 m 1.43 m 1.43 A mW 204.49 mW 449375W 67451 W 1190 53 mW 20449W 60 IKA 3. Set the output voltage of the power supply to 10V to correspond to the 10V value of E 4. Measure the resultant current and record this value in your table 5. Replace the 100 resistor (RL) with one of 220 and again measure and record the current 6 Repeat this procedure for the remaining values of resistance given in the table above. 7. When you have completed all the measurements the power dissipation in each load restitor using calculate . Plots graph of Power in mw (Vi against an axi Marka vertical line at RL R4700
Question 1. What is the power solpated in R. at RL - 470 m from the graph? 2. Where is the maximum power disipated from the graph?