QUESTIONS AND PROBLEMS: 1. Compare the results from the two methods in the experiment and account for some possible sour

[answerhappygod]

Questions And Problems 1 Compare The Results From The Two Methods In The Experiment And Account For Some Possible Sour 1 (48.07 KiB) Viewed 37 times

Questions And Problems 1 Compare The Results From The Two Methods In The Experiment And Account For Some Possible Sour 2 (40.6 KiB) Viewed 37 times

Questions And Problems 1 Compare The Results From The Two Methods In The Experiment And Account For Some Possible Sour 3 (41.23 KiB) Viewed 37 times

Questions And Problems 1 Compare The Results From The Two Methods In The Experiment And Account For Some Possible Sour 4 (54.67 KiB) Viewed 37 times

Questions And Problems 1 Compare The Results From The Two Methods In The Experiment And Account For Some Possible Sour 5 (27.42 KiB) Viewed 37 times

Questions And Problems 1 Compare The Results From The Two Methods In The Experiment And Account For Some Possible Sour 6 (32.94 KiB) Viewed 37 times

Questions And Problems 1 Compare The Results From The Two Methods In The Experiment And Account For Some Possible Sour 7 (32.94 KiB) Viewed 37 times

Questions And Problems 1 Compare The Results From The Two Methods In The Experiment And Account For Some Possible Sour 8 (32.14 KiB) Viewed 37 times

QUESTIONS AND PROBLEMS: 1. Compare the results from the two methods in the experiment and account for some possible source of error difference in values obtained. 2. Calculate the percentage difference between the theoretical value and computed value. 3. Discuss some possible factors that affected your results. 4. Solve for the currents in the given circuit. R1 = 1 K22 R, b R R2 = 2.4 ΚΩ M w R3 = 1.2 ΚΩ R4 = 1 ΚΩ R R5 = 1.2 K22 Vs = 5V RS M = REMARKS AND CONCLUSION:
Table 10.1 Measured voltage and current Resistor value Measured voltage measured current 120 7.480 0.6A 40 n 2.490 O.CA 100 n 6.230 0.CA 76 r 4.680 o.ch sor 3. 12v 0.64 Table 10.2: computed current and vottage Resistor value computed current computed voltage! 6.GA 12our 7.2v a se 2.4U 0.6A wor GU 0.6A 4ол 752 44.50 О. СА sor Bu O.CA
Table 10.3 Measured Voltage and current Resistor Value Measured Voltage Measured Current 70 0 6:46 V 0.04 A 10012 2.18V 0-13 A 900 10 V ONA 9250 7.88 V 0:09A HD 3-06 V 0-03 A Table 104 Computed Voltage and current Resistor Valve Computed Voltage Computed cment 63 V 009 A 70.12 100 3V 0.03 A 90.2 10.8V 0.12 A 91.50 7 33 V 0.09 A ΠΙΟ Ω 3-3 V 0.03 A
Computation w 14 700 undial 1000 IL W+ 24V LOOP 3.900 Loop B lov w 41.5 л 1, Janch 2 11011 Loop A: o a4v - (700) (1) - (901) (1.+ Iz) - (47.5.0) (1) 0 00259.55, +901, - 24) 24 - 701,-901, - 2017 - 42.5], -0 -3906, + 2001, - 16) -(-705, -401, -901. - 92.51) - €21)-1 2525 I, 19001 - 240 252.51 +901, = 24 Igation No. 1 1-270 I 9001,-48 Loop B: 22551 - 42 16V - (1001) ()-90-2)(1, +12) - (on) (,) = 0 2.2.55 161001,-901,-901, -110, :0 1, -0.04 A (10082-905,- 901, 110$,)-(-16)-1 901, +300+, 16 Iquution No.2 Resistors : 90 (024)4 3001, -16 30073 - 79 170.12 2) 1002 39 901 BOD II II JES: (1, -0.03 A 1 -0.09 A 1 :0.05A 11 0.12A V-IR V -(0.09 (70) = (0.0310) = (0.12X90) V=6.3V V=3 TV - 10.8V 4) 42.5.2 JE 5:12 1 :0.04A VOTRE YIR -0.00 X925) =(0,03)/10) V 8,3257 V=3.3v1 VIR . 10.03
70) won U mm I 24V - 1001 - 40L-100- P.I. - OTO 341-3455, 24V 3861 1995 לת15 פסט 247 1000 mm :1, 0.06A 10.06A 4.758.0.06A -4.5V 5.5051 7O.OGA 1. 120n 0.0GA - 7.2V 2. Hon.0.06A +2.4V 3. loon.o.o 6V BV
Table 10.3 Measured Value using DC-Virtual Lab Resistor Value Measured Voltage Measured Current 700 5.96 V 0.09 A 100 2.78 V 0.03 A 90 Ω 10.16 V 0.11 A 92.5 7.88 V 0.09 A 1100 3.06 V 0.03 A Table 10.4 Computed Value using KVL and KCL Resistor Value Computed Voltage Computed Current 70Ω 6.3 V 0.09 A 100 Ω 3V 0.03 A 90 0 10.8V 0.12 A 92.50 8.33 V 0.09 A 1100 3.3 V 0.03 A
Resistor Value 120 Measured Voltage 7.48 V Measured Current 0.06 A 402 2.49 V 0.06 A 100 6.23 V 0.06 A 750 4.68 V 0.06 A 50 Ω 3.12 V 0.06 A Resistor Value 1200 400 100 Table 10.2: Computed Voltage using KVL Computed Voltage Computed Current 7.2 V 0.06 A 2.4 V 0.06 A 6V 0.06 A 75 4.5 V 0.06 A 50 Ω 3 V 0.06 A