calculate the molar energy of electrostatic repulsion between two hydrogen nucle

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calculate the molar energy of electrostatic repulsion between two hydrogen nuclei in an H2 molecule under standard conditions. This is the energy which is along with the entropic factor is working to stabilize the h2 molecule.

calculate and rank lowest to highest the probabilities of the 1s electron to be found within the spherical slices thickness .5 p.m. of the following radio distances from the hydrogen atom nucleus a) r= 0.000 b) r= 0.424 angstroms and C) r= 0.636 angstroms

can really use the help for these questions, thanks so much!

https/ courses/1000995/files/folder/Tests?preview 33245317 a) Calculate the molar energy of electrostaticrepulsion between two hydrogen nuclei in an H2 molecule under standard conditions. This is the energy, which is along with the entropic factor, is working to destabilize (eatomize) the H2 molecule 2) (5 pts] Calculate and rank (lowest to highest) the probabilities, plr), ofthe 1s electron to be found within the spherical slices (thickness 0.500 pm) of the following radial distances from the hydrogen atom nucleus: a) r= 0.000 A; b)0.424 A; c)0.636A; rfofitheiselectron sés

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calculate the molar energy of electrostatic repulsion between two hydrogen nucle

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