question 16\n1 pts\nthe periodic table shows the electron configuration for each element based on subshell…

question 16\n1 pts\nthe periodic table shows the electron configuration for each element based on subshell occupancy. use the periodic table to match the indicated groups with the corresponding subshell or \block\.\ngroup 1 - 2\nchoose \ngroup 13 - 18\nchoose \np block\nd block\ns block\nf block\ngroup 3 - 12\nlanthanides and actinides\nchoose

question 16\n1 pts\nthe periodic table shows the electron configuration for each element based on subshell occupancy. use the periodic table to match the indicated groups with the corresponding subshell or \block\.\ngroup 1 - 2\nchoose \ngroup 13 - 18\nchoose \np block\nd block\ns block\nf block\ngroup 3 - 12\nlanthanides and actinides\nchoose

Answer

Brief Explanations:

The periodic table is divided into blocks based on the sub - shell that is being filled with electrons. Group 1 - 2 elements have their outermost electrons in the s - subshell, so they are in the s - block. Group 13 - 18 elements have their outermost electrons in the p - subshell, so they are in the p - block. Group 3 - 12 elements have their outermost electrons in the d - subshell, so they are in the d - block. The lanthanides and actinides have their outermost electrons in the f - subshell, so they are in the f - block.

Answer:

Group 1 - 2: s block Group 13 - 18: p block Group 3 - 12: d block Lanthanides and Actinides: f block