Certain stars at the end of their lives are thought to collapse, combining their protons and electrons together to form a neutron star. Such a star could be thought of as a giant atomic nucleus. If a star of mass equal to M = 4.00 *10³⁰ kg collapsed into neutrons (m_n = 1.67*10^-²⁷ kg), what would be the radius of such a star? (Hint: r = r₀A^1/3, where r₀ = 1.20 * 10^-¹⁵ m.)

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The Answer of Certain stars at the end of their lives are thought to collapse, combining their protons and electrons together to form a neutron star. Such a star could be thought of as a giant atomic nucleus. If a star of mass equal to M = 4.00 *10³⁰ kg collapsed into neutrons (m_n = 1.67*10^-²⁷ kg), what would be the radius of such a star? (Hint: r = r₀A^1/3, where r₀ = 1.20 * 10^-¹⁵ m.)

Certain Stars at the End of Their Lives Are Thought