Determine Z* for a 3p electron in P (r = 106 pm), - id310611374001, carlosthenoob03

Question

Chemistry: Determine Z* for a 3p electron in P (r = 106 pm), S (r= 102 pm), and a (r= 99 pm). Are the calculated values of Z*consistent with the relative sizes of the atoms in bothdirection and magnitude?​

carlosthenoob03 · Accepted Answer

The given information gives us the clue that deuterium and tritium react together. We need to find the balanced nuclear reaction of deuterium and tritium; however, first, let me explain you what deuterium and tritium are.

Deuterium and tritium are two isotopes of hydrogen having atomic mass of 2 and 3 respectively. Deuterium is represented by ^2_1H , whereas tritium is written as ^3_1H .

When deuterium and tritium collide together, they form Helium atom, which is written as ^4_2He , and also release energy (and shoot out one neutron).

Hence, the balanced nuclear reaction will be the following:

$^2_1H + ^3_1H \rightarrow ^4_2He + ^1_0n$

-i

Determine Z* for a 3p electron in P (r = 106 pm), S (r= 102 pm), and a (r= 99 pm). Are the calculated values of Z*
consistent with the relative sizes of the atoms in both
direction and magnitude?

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Determine Z* for a 3p electron in P (r = 106 pm), S (r= 102 pm), and a (r= 99 pm). Are the calculated values of Z*consistent with the relative sizes of the atoms in bothdirection and magnitude?​