The element having electron affinity is

The element with high electron affinity is

An element with low ionization energy combines with an element having high electron affinity to form

Total 'P' electrons in bromine atom is 'x'. Atomic number of element having highest electron affinity is ' y' then find (x)/(y) value?

Total 'P' electrons in bromine atom is 'x'. Atomic number of element having highest electron affinity is 'y' then find x/y value?

Total no of unpaired electrons in bromine atom is x, atomic number of element having highest electron affinity is 'y' then '^((y)/(x))' value?

If in long form of Periodic table : (i) Number of electrons in outermost "p" -subshell of most electronegative element is "x" . (ii) Group number of element having maximum electron affinity is 'y'. (iii) Number of electrons in outermost p-subshell of element having highest ionization energy is "z" (iv) Number of electrons in outermost s-subshell of strongest reducing element agent is "w" then determine value of "(y-x-z-3w)"

If in long form of Periodic table : (i) Number of electrons in outermost p-subshell of most electronegative element is 'X'.(ii) Group number of element having maximum electron affinity is 'Y'. (iii) Number of electrons in outermost p-subshell of element having highest ionization energy is 'z'.(iv) Number of electrons in outermost s-subshell of strongest reducing element agent is 'w'.then determine value of "(y-x-z-3w)"