Linear Resistor dataLightbulb datai(mA)v(V)i(mA)v(V)0.00.000.00.00019.00.5011.70.58825.41.0019.90.99831.21.5029.81.49536.32.0039.81.99741.02.5049.72.49045.53.0059.83.00049.63.5069.73.50053.54.0079.74.00057.14.5089.84.50060.85.0099.75.00064.25.50109.65.50067.46.00119.56.00070.66.50129.66.50073.77.00139.57.00076.67.50149.57.50079.58.00159.58.00082.38.50169.68.50085.19.00179.59.00087.89.50189.49.50090.410.00199.410.000 Add a column to the non-linear resistor's data set andcalculate the resistance exhibited by the component foreach different current. Again, be careful with the units. Usethe equation R = v/i to calculate the resistance at eachcurrent value.

If the ratio of voltage to current is a constant number across all values of voltage and current, we…

Add a column to the non-linear resistor's data set and calculate the resistance exhibited by the component for each different current. Again, be careful with the units. Use the equation R = v/i to calculate the resistance at each current value.

Add a column to the non-linear resistor's data set and calculate the resistance exhibited by the component for each different current. Again, be careful with the units. Use the equation R = v/i to calculate the resistance at each current value.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter7: Parallel Circuits

Section: Chapter Questions

Problem 4PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....

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Concept explainers

Current Division Method

The generalized current divider formula is given by the following relation below,

Question

Linear Resistor data
Lightbulb data
i(mA)
v(V)
i(mA)
v(V)
0.0
0.00
0.0
0.000
19.0
0.50
11.7
0.588
25.4
1.00
19.9
0.998
31.2
1.50
29.8
1.495
36.3
2.00
39.8
1.997
41.0
2.50
49.7
2.490
45.5
3.00
59.8
3.000
49.6
3.50
69.7
3.500
53.5
4.00
79.7
4.000
57.1
4.50
89.8
4.500
60.8
5.00
99.7
5.000
64.2
5.50
109.6
5.500
67.4
6.00
119.5
6.000
70.6
6.50
129.6
6.500
73.7
7.00
139.5
7.000
76.6
7.50
149.5
7.500
79.5
8.00
159.5
8.000
82.3
8.50
169.6
8.500
85.1
9.00
179.5
9.000
87.8
9.50
189.4
9.500
90.4
10.00
199.4
10.000

Add a column to the non-linear resistor's data set and
calculate the resistance exhibited by the component for
each different current. Again, be careful with the units. Use
the equation R = v/i to calculate the resistance at each
current value.

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