hi there could someone pls help me answer these multiple questions as soon as possible please!!!

Question 1 (2 points) Saved Circult A R1 W 2500 V1 10V R2 5000 It In Circuit A, what is the measured value of VR1 as displayed on the Multimeter? 3.3 V V 3.33 V 1.667 V 3.333 V Saved Question 2 (2 points) O Question 2 (2 points) Saved Circuit A R1 2509 R2 V1 10V 5000 It In Circuit A, what is the measured value of I, as displayed on the Multimeter? 13.3 mA 13.333 MA 6.667 mA 13.333 mA **? $9 O Question 3 (2 points) Saved Clrcuit B R1 1.450 R2 11 34.7KA 5V It R3 150002 In circuit B, what is the measured value of R as displayed on the Multimeter? O 6.4 kOhm 7.6 KOhm 76 kOhm 76000 Ohm O Question 3 (2 points) Saved Clrcuit B R1 1.450 R2 11 34.7KA 5V It R3 150002 In circuit B, what is the measured value of R as displayed on the Multimeter? O 6.4 kOhm 7.6 KOhm 76 kOhm 76000 Ohm O Question 4 (2 points) Saved Circuit C R1 a b 470 R2 5392 W It V1 15V R4 w 500 R3 d 1752 In Circuit C. what is the measured value of Vac as displayed on the Multimeter? 4.615 v 715 V 4.615 V 12.8V **3 O Question 5 (2 points) 5 Circuit C R1 a b 47 R2 5302 V1 15V M It R3 R4 1 5012 d 1750 In Circuit C, what is the measured value of Vd as displayed on the Multimeter? 2.308 V 10.4 V (12.8 V 6.75M O i dh R3 5 a R1 b R2 C WWW 1500 3000 25022 V1 12V It 18 21 24 Calculate Rt for Circuit One. (700 5000 ( 3500 36,60 arch 12 -- 15 R1 b R2 C R3 WWW 15002 3000 25092 V1 12V It 18 24 Calculate It for Circuit One. 17.14 uA 17.14 mA NO 171.4 mA O Elt earch 12 15 UICUIL vne a R1 b R2 C R3 WWW 15002 3000 25002 V1 12V It 18 21 24 Calculate Vb for Circuit One. 12 V 5.14 V 9.43 V 2.57 V OR search Chp 112 15 Circuit One a R1 b R2 C R3 W Ww 15002 30002 2500 V1 12V It 18 211 23 24 Calculate Vab for Circuit One. 5.14 V 9.43 v 12 V 2.577 of . to search 12 . CIRCUIT Une a R1 b R2 C R3 WWW 1500 30002 25002 V1 15 18 12V It - 21 24 Calculate VR3 for Circuit One. 4.29 V Cov 12 V 5.14 V 5 to search 12 R3 4 115 Circuit une a R1 b R2 C WW 1500 3000 V1 _12V It 25002 17 18 20 211 23 24 Calculate P for Circuit One. 205.7 mW 12 V ( 205.7 W 205.7 W O e to search 1 12 15 Circuit Two a R1 b R2 C R3 w MM 1.5k 6. 2.7k 2 V1 -7 18 300V It 20 21 23 24 Calculate Rt for Circuit Two. 12020 10.2 ko 102 ko 831 0 O e to search 12 15 Circuit Two a R1 b R2 C R3 W ww 1.5k 6.0k 2 2.7k 2 V1 18 300V It 21 3 24 Calculate It for Circuit Two. 0.294 mA 29.4 mA 29.4 u A 2.94 A OBI to search 12 15 Question 14 (1 point) Circuit Two a R1 b R2 R3 W WW 1.5k 6.0k 2 2.7k 2 V1 - 18 - 300V It 21 23 24 Calculate Vc for Circuit Two. 300 V 79.4 V 79.4 KV 7.94 V O BA e to search 12 15 Circuit Two a R1 b R2 C R3 WWW 1.5k 6.0k 2 2.7k 2 V1 18 300V It 21 24 Calculate Vbc for Circuit Two. 176.47 kV 176.47 V 176.47 mV 300 V search 15 Circuit Two a R1 b R2 C R3 www 1.5kg 6.0k 2 2.7k 2 V1 18 300V It 21 24 Calculate Vac for Circuit Two. 220.6 mV 79.4 V 220.6 V C 220.6 kV o in to search -- 79.4V 220.6V 18 220.6 KV 21 Question 17 (1 point) Calculate P for Circuit Two. 24 0.882 W 8.82 mW 8.82 W 8.82 W ES Question 18 (1 point) O to search S1 Circuit Three 01 R1 b KeySpace R2 w 3k ImA 10k R3 30 VI 15V It Calculate Rt for Circuit Three, noting that a closed fuse has a resistance of 0. 15 m. 002 10 ko 16 ko Question 19 (1 point) O ch S1 Circuit Three U1 d R1 b C KeySpace R2 w 3k2 ImA 1080 R3 -30 V1 15V It Calculate It for Circuit Three. -4 0.9375 mA 0A 9.4 mA 9.375 A Question 20 (1 point) O Bi earch hip Circuit Three U1 d b a R1 M 10ko Key: Space R2 w 3k2 ImA V1 15V R3 30 It With S1 in the position shown in Circuit Three, run the simulation. What is the measured value of Vc as displayed on the Multimeter? 2.813 V 2.8125 V Oov 15 V * 9 o arch hp S1 Circuit Three U1 d Key: Space R2 b R1 M 10k 3k02 IMA R3 >30 V1 15V It 1 24 With S1 in the position shown in Circuit Three, run the simulation. What is the measured value of It as displayed on the Multimeter? 10 mA 937.505 LA 0.9375 mA O BPM Search (hp) 10 mA 937.505 UA 0.9375 mA Question 22 (1 point) In the formula It = , if Rt decreased, what is the effect on It? (Just consider the formula, not Circuit Three). 4 Increases Stays the same Decreases None of the above Question 23 (1 point) S1 *** O RAM rch Circuit Three U1 R1 KeySpace R2 WW 3ka C 10kg ImA V1 15V R3 3KD It S1 closing across R2 in Circuit Three would simulate a short-circuit across R2. Calculate Rt for this condition, noting that a closed switch and a close fuse both have a resistance of 0 0. 12 00 13 ko 3ko 9 30 of arch hp $ 1 Circuit Three U1 R1 Koy Space R2 W 3ko 1mA 10kg V1 15V R3 330 It With S1 closed in Circuit Three, the fuse will eventually blow (open). In that condition, it has infinite resistance and we have an OPEN circuit. Run the simulation until the fuze blows. What is the measured value of Veas displayed on the Multimeter when the fuse is blown? 15 V Oov 3.462 V 2 2.813 V O arch Key Space R2 U1 d R1 a b C 10KG 1mA 3ka R3 V1 15V It _8 21 With S1 closed in Circuit Three, the fuse will eventually blow (open). In that condition, it has infinite resistance and we have an OPEN circuit. Run the simulation. What is the measured value of It as displayed on the Multimeter when the fuse is blown? 24 11.54 mA 1.145 mA 1.154 mA om earch 12 Circuit Three U1 R1 D KeySpace R2 W 3 c TOKO ImA 15 VI 15V R3 30 It 18 21 With S1 closed in Circuit Three, the fuse will eventually blow (open). In that condition, it has infinite resistance and we have an OPEN circuit. Run the simulation. What is the measured value of It as displayed on the Multimeter when the fuse is blown? 24 11.54 mA 1.145 mA 1.154 mA O search