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1. There are 82 protons in a lead nucleus. Why doesn't the lead nucleus burst apart? a) Coulomb repulsive force doesn't act inside the nucleus b) gravity overpowers the Coulomb repulsive force inside the nucleus c) the negatively charged neutrons balance the positively charged protons d) protons lose their positive charge inside the nucleus d) None of the other responses are correct

1. There are 82 protons in a lead nucleus. Why doesn't the lead nucleus burst apart? a) Coulomb repulsive force doesn't act inside the nucleus b) gravity overpowers the Coulomb repulsive force inside the nucleus c) the negatively charged neutrons balance the positively charged protons d) protons lose their positive charge inside the nucleus d) None of the other responses are correct

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
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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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1. There are 82 protons in a lead nucleus. Why doesn't the lead nucleus burst apart?

 
a) Coulomb repulsive force doesn't act inside the nucleus
 
b) gravity overpowers the Coulomb repulsive force inside the nucleus
 
c) the negatively charged neutrons balance the positively charged protons
 
d) protons lose their positive charge inside the nucleus
 
d) None of the other responses are correct
The image illustrates a model of an atom. On the left side, there is a depiction of electron orbits around a nucleus, represented by three elliptical paths in different colors (blue, green, and red). These paths suggest the probable areas where electrons can be found orbiting the nucleus. In the center of these orbits is a small orange circle, symbolizing the atomic nucleus. This nucleus is the atom's core, where protons and neutrons reside. To the right, there is a zoomed-in view of the nucleus. It shows a cluster of circles: some are red (representing protons) and others are purple (representing neutrons). These particles are tightly packed together, indicating the dense nature of the atomic nucleus. The black dotted lines connecting the nucleus and the larger atomic orbit structure emphasize the relation between the two parts, illustrating that the nucleus is the central part of the atom around which electrons revolve.
Transcribed Image Text:The image illustrates a model of an atom. On the left side, there is a depiction of electron orbits around a nucleus, represented by three elliptical paths in different colors (blue, green, and red). These paths suggest the probable areas where electrons can be found orbiting the nucleus. In the center of these orbits is a small orange circle, symbolizing the atomic nucleus. This nucleus is the atom's core, where protons and neutrons reside. To the right, there is a zoomed-in view of the nucleus. It shows a cluster of circles: some are red (representing protons) and others are purple (representing neutrons). These particles are tightly packed together, indicating the dense nature of the atomic nucleus. The black dotted lines connecting the nucleus and the larger atomic orbit structure emphasize the relation between the two parts, illustrating that the nucleus is the central part of the atom around which electrons revolve.
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