For # 31-32, refer to this situation: Suppose you conducted an experiment on an ohmic material. When subjected to a potential difference 1V, the current across the material is 4A; and when the potential difference is increased to 2V, the current across the material increases to 8A. What is the resistance of the material? * 40 0.50 Ω 20 0.25 0 If you plot the applied potential difference (y-axis) versus the measured current (x-axis)across the material, what should be the expected value of the y-intercept? OV O 0.25 V 4 V 2 V

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Chapter1: Units, Trigonometry. And Vectors
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For # 31-32, refer to this situation: Suppose you conducted an experiment on
an ohmic material. When subjected to a potential difference 1V, the current
across the material is 4A; and when the potential difference is increased to 2V,
the current across the material increases to 8A.
What is the resistance of the material? *
O 40
0.50 Q
20
0.25 0
If you plot the applied potential difference (y-axis) versus the
measured current (x-axis)across the material, what should be the
expected value of the y-intercept?
ov
0.25 V
4 V
O 2V
Transcribed Image Text:For # 31-32, refer to this situation: Suppose you conducted an experiment on an ohmic material. When subjected to a potential difference 1V, the current across the material is 4A; and when the potential difference is increased to 2V, the current across the material increases to 8A. What is the resistance of the material? * O 40 0.50 Q 20 0.25 0 If you plot the applied potential difference (y-axis) versus the measured current (x-axis)across the material, what should be the expected value of the y-intercept? ov 0.25 V 4 V O 2V
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