Problem 7: You are told that in a thundercloud, a 0.65 g raindrop can acquire a charge of 1.1 mC Part (a) Assume that two such raindrops are separated by 4.2 cm. What is the acceleration, in meters per square second, of each raindrop away from each other? Part (b) The numbers provided seem to be reasonable - why should you not believe the source of this information? The acceleration is far too small. The acceleration is far too large. The raindrops would not stay at a constant distance from each other, so this situation would never occur. Raindrops are not this size. Part (c) Which premise or assumption is responsible for the error? The mass is too small for a raindrop. The mass is too large for a raindrop. The assumed charges of the raindrops are too large. The assumed charge of the raindrops are too small. The raindrop is too large. None of these.
Problem 7: You are told that in a thundercloud, a 0.65 g raindrop can acquire a charge of 1.1 mC Part (a) Assume that two such raindrops are separated by 4.2 cm. What is the acceleration, in meters per square second, of each raindrop away from each other? Part (b) The numbers provided seem to be reasonable - why should you not believe the source of this information? The acceleration is far too small. The acceleration is far too large. The raindrops would not stay at a constant distance from each other, so this situation would never occur. Raindrops are not this size. Part (c) Which premise or assumption is responsible for the error? The mass is too small for a raindrop. The mass is too large for a raindrop. The assumed charges of the raindrops are too large. The assumed charge of the raindrops are too small. The raindrop is too large. None of these.
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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Problem 7: You are told that in a thundercloud, a 0.65 g raindrop can acquire a charge of 1.1 mC
Part (a) Assume that two such raindrops are separated by 4.2 cm. What is the acceleration, in meters per square second, of each raindrop away from each other?
Part (b) The numbers provided seem to be reasonable - why should you not believe the source of this information?
The acceleration is far too small. |
The acceleration is far too large. |
The raindrops would not stay at a constant distance from each other, so this situation would never occur. |
Raindrops are not this size. |
Part (c) Which premise or assumption is responsible for the error?
|
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