An element ‘M’ with electronic configuration (2, 8, 2) combines separately with (NO3), (SO4)2 and (PO4)3 radicals. Write the formula of three compounds so formed. To which group and period of the Modern Periodic Table do the element’ belong? Is Will being’ form covalent on ionic compounds? Give a reason to justify your answer
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The formula of element M with NO3=M(NO3)2
the formula of element M with SO4=MSO4
The formula of element M with PO4=M3(PO4)2
Group = 2
Period=3
It will form ionic bonds because it is a metal and has capacity to lose electrons or transfer it to non metals.
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