v 0.0000V R÷150.00mA ww 250 PR2 C v 3.7500V R150.00mA www 7592 PR4 S 0 3 PR3 v 15.000V 8150.00mA ww 10092 PR2 v 0.0000V R$1.0000A Cum 100 PR 3 v 10.000V 221.0000A 0 m 100 V1 V1 +/1f 30V 30V Table 6.1 R₂ R₁ R3 Data Simulated Data Simulated i Simulated V VT 13= 150 mA 11 = 150 mA V₁ = 3.75 V 1₂ = 150 mA V₂=11.25 V V3= 15 V = 15 mA V₁=30 V V₁ + V₂+ V3 = 30 Computed Data Computed V V₁=3.75 V V₂=11.25 V |V3= 15 V V₁=30 V VT V₁ + V₂ + V3 = 30 V Computed Power, P P₁=0.5625 W P₂= 1.6875 W P3= 2.25 W PT=4.5 W PT= P₁+P₂ + P3 = 4.5 W Step 6 Simulated i iT=1.00 A Simulated V V₁=10 V V₂ = 10 V V3= 10 V V₁=30 V Observations 1. What relationship is observed with regards to the voltage across each resistor? 2. Discuss the relationship of the current, voltage, and power of your connected circuit. 3. What is the observed relationship of the electrical parameters from the pictures above? 3 PR3 v 20.000V R$1.0000A ww 100 30.000V
v 0.0000V R÷150.00mA ww 250 PR2 C v 3.7500V R150.00mA www 7592 PR4 S 0 3 PR3 v 15.000V 8150.00mA ww 10092 PR2 v 0.0000V R$1.0000A Cum 100 PR 3 v 10.000V 221.0000A 0 m 100 V1 V1 +/1f 30V 30V Table 6.1 R₂ R₁ R3 Data Simulated Data Simulated i Simulated V VT 13= 150 mA 11 = 150 mA V₁ = 3.75 V 1₂ = 150 mA V₂=11.25 V V3= 15 V = 15 mA V₁=30 V V₁ + V₂+ V3 = 30 Computed Data Computed V V₁=3.75 V V₂=11.25 V |V3= 15 V V₁=30 V VT V₁ + V₂ + V3 = 30 V Computed Power, P P₁=0.5625 W P₂= 1.6875 W P3= 2.25 W PT=4.5 W PT= P₁+P₂ + P3 = 4.5 W Step 6 Simulated i iT=1.00 A Simulated V V₁=10 V V₂ = 10 V V3= 10 V V₁=30 V Observations 1. What relationship is observed with regards to the voltage across each resistor? 2. Discuss the relationship of the current, voltage, and power of your connected circuit. 3. What is the observed relationship of the electrical parameters from the pictures above? 3 PR3 v 20.000V R$1.0000A ww 100 30.000V
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter2: Vectors
Section: Chapter Questions
Problem 21CQ: What is wrong with the following expressions? How can you correct them? (a) C=AB , (b) C=AB , (c)...
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Please help me with the observation part, if possible can you include lessons links that can help me understand the relationships better. Thank you!
Transcribed Image Text:v 0.0000V
R4150.00mA
www
2592
PR2
2
HII
PR4
#
v 3.7500V
R2150.00mA
0
ww
7592
3
v 15.000V
R3150.00mA
www
10092
4
PR3
VA
v 0.0000V
R41.0000A
ww
1092
PR2
2
V1
+TH
30V
30V
Data
Table 6.1
R₂
R₁
R3
1₁ = 150 mA
1₂ = 150 mA
13 = 150 mA
Simulated Data
Simulated i
Simulated V
VI
Computed Data
V₁ = 3.75 V
= 15 mA
V₁=30 V
V₂ = 11.25 V
V3= 15 V
V₁ + V₂ + V3 = 30
Computed V
V₁ = 3.75 V
V₂ = 11.25 V
V3 = 15 V
V₁=30 V
VI
V₁ + V₂ + V3 = 30 V
Computed
P₁ = 0.5625 W
P₂ = 1.6875 W
P3 = 2.25 W
P₁ = 4.5 W
Power, P
P₁+ P₂ + P3 = 4.5 W
P₁ =
Step 6
Simulated i
T=1.00 A
Simulated V
V₁ = 10 V
V₂ = 10 V
V3 = 10 V
V₁ = 30 V
Observations
1. What relationship is observed with regards to the voltage across each resistor?
2. Discuss the relationship of the current, voltage, and power of your connected circuit.
3. What is the observed relationship of the electrical parameters from the pictures
above?
HI
v 10.000V
R21.0000A
ww
1092
PR4
0
V1
F
3
4
PR3
v 20.000V
R31.0000A
ww
1092
PR1
v 30.000V
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