5. A certain Tesla car has a 400 V battery which stores 2.9x108 J. The car can travel 402 km (250 miles) at 105 km/hr (65 mph = 29 m/s) on just the battery before it is depleted. The steps below will let you determine the current delivered by the battery. A. How long does it take to deplete the battery? B. What is the power delivered by the battery (P=E/dt)? C. Power in a circuit is related to the potential difference, current and resistance in the circuit. What is the current delivered by the battery? D. What is the resistance of the circuit?

5. A certain Tesla car has a 400 V battery which stores 2.9x108 J. The car can travel 402 km (250 miles) at 105 km/hr (65 mph = 29 m/s) on just the battery before it is depleted. The steps below will let you determine the current delivered by the battery. A. How long does it take to deplete the battery? B. What is the power delivered by the battery (P=E/dt)? C. Power in a circuit is related to the potential difference, current and resistance in the circuit. What is the current delivered by the battery? D. What is the resistance of the circuit?

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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Question

5. A certain Tesla car has a 400 V battery which stores 2.9x108 J. The car can travel 402 km (250 miles) at 105
km/hr (65 mph = 29 m/s) on just the battery before it is depleted. The steps below will let you determine
the current delivered by the battery.
A. How long does it take to deplete the battery?
B. What is the power delivered by the battery (P=E/dt)?
C. Power in a circuit is related to the potential difference, current and resistance in the circuit. What is
the current delivered by the battery?
D. What is the resistance of the circuit?

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