{:(,"Column A",,"Column B"),("(A)","Measuring cylinder","(a)","kgf, gf"),("(B)","Gavitational units of weight","(b)","ml of cc"),("(C)","1 g "cm^(-3) ,"(c)","Zero weight"),("(D)","Zero gravitational force","(d)",1000" kg "m^(-3)):}

{:(,"Column A",,"Column B"),("(A)","Measuring cylinder","(a)","kgf, gf

1.	{:(,"Column A",,"Column B"),("(A)","Measuring cylinder","(a)","kgf, gf"),("(B)","Gavitational units of weight","(b)","ml of cc"),("(C)","1 g "cm^(-3) ,"(c)","Zero weight"),("(D)","Zero gravitational force","(d)",1000" kg "m^(-3)):}
Answer» (a)` Atob, Btoa, CTOD, Dtoc.` (b) `Atob,Btod, Ctoa, Dtoc,` (c ) `Atoc,Btod, Ctob,Dtoa` (d) `Atoa, Btoc,Ctob, Dtod` Solution :A-b ""A measuring CYLINDER is used to measure the VOLUME of liquids in millitres or cubic centimetres. B-a ""GRAVITATIONAL units of weight are kgf and gf.,brgt C-d ""The units of density are " g " `cm^(-3)` , " kg " `m^(-3)` They are related are " g " `cm^(-3)` = 1000 " kg "`m^(-3)`,brgt D-c "" If the gravitational force acting on a body is zero, then the weight of the body is SAID to be zero.