A lightning flash transfers 3.94 C of charge and 4.01 M) of energy to the Earth. Between what potential difference did it travel? (in MV) A: 1.02 B: 1.27 С: 1.59 D: 1.99 E: 2.48 F: 3.11 G: 3.88 H: 4.85 Submit Answer Tries 0/100 How much water could this bring to the boiling point, starting from room temperature (assume room temperature to be 20.0°C)? (in kg) 52 F: 1.87x101 G: 2.34x101 A: 6.13 B: 7.66 C: 9.58 D: 1.20x101 E: 1.50x101 H: 2.92x101

A lightning flash transfers 3.94 C of charge and 4.01 M) of energy to the Earth. Between what potential difference did it travel? (in MV) A: 1.02 B: 1.27 С: 1.59 D: 1.99 E: 2.48 F: 3.11 G: 3.88 H: 4.85 Submit Answer Tries 0/100 How much water could this bring to the boiling point, starting from room temperature (assume room temperature to be 20.0°C)? (in kg) 52 F: 1.87x101 G: 2.34x101 A: 6.13 B: 7.66 C: 9.58 D: 1.20x101 E: 1.50x101 H: 2.92x101

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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Concept explainers

Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

A lightning flash transfers 3.94 C of charge and 4.01 M) of energy to the Earth. Between what potential difference did it travel?
(in MV)
F: 3.11
G: 3.88
A: 1.02
B: 1.27
C: 1.59
D: 1.99
E: 2.48
H: 4.85
Submit Answer
Tries 0/100
How much water could this bring to the boiling point, starting from room temperature (assume room temperature to be
20.0°C)?
* (in kg)
52
A: 6.13
F: 1.87x101
G: 2.34x101
B: 7.66
C: 9.58
D: 1.20x101
E: 1.50x101
H: 2.92x101

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