The strong nuclear force is responsible for holding quarks together to form protons and neutrons while also holding protons and neutrons together in the nucleus. This is why it is considered one of the two binding forces of matter. The other binding force is the electromagnetic force that ...
Explore the fundamentals of the strong nuclear force. See the strong nuclear force definition and understand how it works. Discover various strong force examples. Related to this Question What is the strong nuclear force? What carries the strong nuclear force?
What is a strong force example? An example of the strong force in an element is lead. It is the heaviest stable atom, and has 82 protons and an average of 125 neutrons. Heavier elements like lead have more neutrons than protons to stabilize the nucleus without adding more electrostatic repu...
Nuclear forces are, to a high degree of accuracy, charge independent. That is to say, except for the explicit electromagnetic part, the neutron–neutron, neutron–proton, and proton–proton interactions are equal—when compared in the same state. The nucleon–nucleon force is primarily central: ...
In quest for power, nuclear is a disunifying force ; For E.U. members, energy mix is a sovereign decisionJames Kanter
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Trump, Powell Is Deja Vu All Over Again Trump significantly ramped up his feud with the Ivy League school this week, with his administration reportedly moving to revoke the school’s tax-exempt status and force it to pay millions. Trump, however, said a final decision hasn’t been...
The nuclear basket is a distinct structure extending from the NPC into the nucleus. It is thought to have a role in many different functions, such as transcriptional control, small ubiquitin-related modifier (SUMO) homeostasis, cell cycle progression, chromatin organization and RNA biogenesis. The ...
How does the finite range of the nuclear force relate to the fact that BE / A is greatest for A...Question:How does the finite range of the nuclear force relate to the fact that BE / A is greatest for A near 60?Binding Energy:The...
Additionally, massive gravitational force causes nuclei to be crowded together very densely. This means collisions occur very frequently, another requirement if a high fusion rate is to occur. A quick and crude calculation suggests that we need about 10381038 collisions per second to keep the Sun ...