For which of the following sets of quantum numbers, an electrons will have the highest energy ?

For which of the following sets of quantum numbers, an electron will have the highest energy ?

For which of the following set of quantum numbers, an electron will have the highest energy ?

For which of the following sets of quantum numbers, an electron will have the highest energy? qquad a)[n=3;l=2;m=1; s=-(1)/(2) ,B)[n=4;l=3;m=-1;s=+(1)/(2)] ,c)[n=4;l=1;m=-1;s=+(1)/(2)] ,d)[n=5;l=0;m=0;s=-(1)/(2)]

For which one of the following sets of quantum numbers an electron will have the highest energy ?

For which of the following sets of four quantum numbers , an electron will have the highest energy ?

When a particle as an electron exist in a box, three quantum numbers are necessary to describe the spatial distributioni fo electrons in atoms. The describe an electron in an atom completely, a fourth quantum number, m_(s) called the spin quantum number must be specified. This is because every electron has magnetic moment associated with it which is quantized in one of two possible orientations. Electrons having the same spin strongly repel each other and tend to occupy different region of space. This result of a fundamental law of nature is known as Pauli exclusion principle. For which one of the following sets of quantum numbers will an electron have the highest energy?