Part C The diameter of the He nucleus is about 2.0 fm. Assuming the nucleus to be a sphere, calculate its density in g/cm³. Express your answer in grams per cubic centimeter. 15. ΑΣΦ p= Submit Part D Request Answer The density of the He nucleus is greater. The density of a neutron star is greater. Submit = Compare the density of the He nucleus with that of a neutron star. ( The density of a neutron star is about 4.75 × 10 ¹4 g/cm³.) Request Answer ? g/cm³
Part C The diameter of the He nucleus is about 2.0 fm. Assuming the nucleus to be a sphere, calculate its density in g/cm³. Express your answer in grams per cubic centimeter. 15. ΑΣΦ p= Submit Part D Request Answer The density of the He nucleus is greater. The density of a neutron star is greater. Submit = Compare the density of the He nucleus with that of a neutron star. ( The density of a neutron star is about 4.75 × 10 ¹4 g/cm³.) Request Answer ? g/cm³
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Hello! I am working on some phyiscs homework problems and am struggling to get the correct answers in this section. Could you show me how to do the work?
my book gives the mass of an electron as 9.10938356(11) x 10^-31 kg, mass of a proton as 1.672621898(21) x 10^-27kg, and the mass of a neutron as 1.674927471(21) x 10^-27 kg
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