For which h-atom wavefunction are you mostlikely to find the electron farthest from thenucleus? 1.2p2.3p3.4pcorrect4.2s5.1s

In the 4p wavefunction is mostlikely to find the electron farthest from thenucleus.

The electronic configuration of an atom determines the orbital location of electrons, based on energy level and orbital type.

The higher the energy level, the farther that electron is from the nucleus.

Thus, the wavefunction that demonstrates the electron furthest from the nucleus is 4p, which has a higher energy level.

Learn more about electronic configuration in:link

Option 3. 4p

Explanation:

The greater the principal quantum number, i.e. the main energy level, means that the electron is occupying a larger orbital (bigger radius) thus you must check which wavefunction has the bigger principal quantum number. When two electrons have the same principal quantum number, then you must check the orbital shape because the rank of the radii of the orbitals in increasing order is: s < p < d < f.

The list of choices is:

Hence, the wavefunction 4p (third option) is the largest one and, so, it is for it that you mostlikely would find the electron the farthest from its nucleus.

the law of conservation of mass states that in a chemical reaction, the total mass of reactants is equal to the total mass of products. because atoms are only rearranged in a chemical reaction, there must be the same number of sodium atoms and chlorine atoms in both the reactants and products