Column I gives three physical quantities. Select the appropriate units for the choices given in column II. Some of the physical quantities may have more than one choice correct. {:("Column I","Column II"),("1. Inductance","(i) Ohm (second)"),("2. Magnetic induction","(ii) Coulomb"^(2)"(joule)"^(-1)),("3. Capacitance","(iii) Coulomb "("volt")^(-1)),(,"(iv) Newton (ampere metre)"^(-1)),(,"(v) Volt second (ampere)"^(-1)):}

Column I gives three physical quantities. Select the appropriate units

1.	Column I gives three physical quantities. Select the appropriate units for the choices given in column II. Some of the physical quantities may have more than one choice correct. {:("Column I","Column II"),("1. Inductance","(i) Ohm (second)"),("2. Magnetic induction","(ii) Coulomb"^(2)"(joule)"^(-1)),("3. Capacitance","(iii) Coulomb "("volt")^(-1)),(,"(iv) Newton (ampere metre)"^(-1)),(,"(v) Volt second (ampere)"^(-1)):}
Answer» 1 - (iv), 2 - (iii), 3 - (II) and (i) 1 - (i) and (v), 2 - (iv), 3 - (ii) and (iii) 1 - (ii) and (v), 2 - (i) and (ii), 3 - (i) and (v) 1 - (iv) and (v), 2 - (ii), 3 - (iii) and (iv) Solution :(i) `"Inductance L "=(e )/(dI//dt)=("volt")/("ampere/sec")` `="volt sec ampere"^(-1)` `="ohm sec."` (ii) `"Magnetic INDUCTION"` `B=(F)/(Il)=("newton")/("ampere metre")` `="newton (ampere metre)"^(-1)` (iii) `"CAPACITANCE"` `C=(Q)/(V)="coulomb volt"^(-1)` `C=(q)/(w//g)=(q^(2))/(w)="coulomb"^(2)" JOULE"^(-1)`