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Complex Circuits Your friend that the two circuits shown below, each consisting of three identical lightbulbs and a 9V battery, should have the same power output because they use the same battery bulbs. Hill

Complex Circuits Your friend that the two circuits shown below, each consisting of three identical lightbulbs and a 9V battery, should have the same power output because they use the same battery bulbs. Hill

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Complex Circuits Your friend that the two circuits shown below, each consisting of three identical lightbulbs and a 9V battery, should have the same power output because they use the same battery bulbs. till Use your knowledge of circuits to make a case for whether your friend is right or wrong. Support your explanation with some calculations. Scientific Abilities Can reduce a complex circuit consisting of multiple resistors into a simpler, equivalent circuit with only a single resistor Can use Ohm's Law to relate the current, resistance, and potential difference within an electrical circuit Is able to represent a situation with mathematics Missing Inadequate No attempt is made to An attempt is made to reduce the complexity of the reduce the complexity of a circuit, but mistakes are made such that the circuit No attempt is made to apply Ohm's Law to relate the electrical quantities within a circuit No representation is constructed. resistance of the equivalent circuit does not match that of the original Ohm's Law is applied incorrectly to relate the electrical quantities within a circuit Mathematical representation lacks the algebraic part (the student plugged the numbers right away) has the wrong concepts being applied, or signs are incorrect. Needs Improvement The complex circuit was correctly reduced to an equivalent circuit but some details of how this was done were left out Ohm's Law is applied correctly to relate electrical quantities, but some details of how it was applied are missing Mathematical representation is represented symbolically (not just using numbers) and applies appropriate physics concepts to the situation. No evaluation of the math in the problem is present. Adequate The complex circuit was correctly reduced to an equivalent circuit with all intermediate steps shown Ohm's Law is applied correctly to relate electrical quantities with all work clearly shown Mathematical representation is represented symbolically (not just using numbers) and applies appropriate physics concepts to the situation. The mathematical representation is evaluated for its appropriateness and consistency.
Transcribed Image Text:Complex Circuits Your friend that the two circuits shown below, each consisting of three identical lightbulbs and a 9V battery, should have the same power output because they use the same battery bulbs. till Use your knowledge of circuits to make a case for whether your friend is right or wrong. Support your explanation with some calculations. Scientific Abilities Can reduce a complex circuit consisting of multiple resistors into a simpler, equivalent circuit with only a single resistor Can use Ohm's Law to relate the current, resistance, and potential difference within an electrical circuit Is able to represent a situation with mathematics Missing Inadequate No attempt is made to An attempt is made to reduce the complexity of the reduce the complexity of a circuit, but mistakes are made such that the circuit No attempt is made to apply Ohm's Law to relate the electrical quantities within a circuit No representation is constructed. resistance of the equivalent circuit does not match that of the original Ohm's Law is applied incorrectly to relate the electrical quantities within a circuit Mathematical representation lacks the algebraic part (the student plugged the numbers right away) has the wrong concepts being applied, or signs are incorrect. Needs Improvement The complex circuit was correctly reduced to an equivalent circuit but some details of how this was done were left out Ohm's Law is applied correctly to relate electrical quantities, but some details of how it was applied are missing Mathematical representation is represented symbolically (not just using numbers) and applies appropriate physics concepts to the situation. No evaluation of the math in the problem is present. Adequate The complex circuit was correctly reduced to an equivalent circuit with all intermediate steps shown Ohm's Law is applied correctly to relate electrical quantities with all work clearly shown Mathematical representation is represented symbolically (not just using numbers) and applies appropriate physics concepts to the situation. The mathematical representation is evaluated for its appropriateness and consistency.
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