Match the type of interaction in column A with the distance dependence of their interaction energy in column B :
`{:(,A,,B),((I),"ion-ion",(a),(1)/(r)),((II),"dipole-dipole",(b),(1)/(r^(2))),((III),"London dispersion",(c),(1)/(r^(3))),(,,(d),(1)/(r^(6))):}`

Match the column-1 with column-ii w.r.t. aestivation

Match the column-1 with column-ii w.r.t. aestivation

Match the columns {:(,"Column-A",,"Column-B"),((a),"Ribs",(i),26),((b),"Vertebrae",(ii),14),((c ), "Phalanges",(iii),1),((d),"Sternum",(iv),14):}

{:(,"Column I",,"Column II"),((a),"Work",(p),(W)/(F)),((b),"Kinetic energy",(q),mgh),((c),"Potential energy",(r),(1)/(2) mv^(2)),((d),"Displacement",(s),F xx S):}

Name the types of interaction or intermolecular forces of which potential energy-distance function are given below (a) Eprop (1)/ (r ) (b) E prop (1)/(r^(2)) (c ) E prop (1)/(r^(3)) (d) E prop (1)/(r^(4)) (e) E prop (1)/(r^(6)) .

Name the types of interaction or intermolecular forces of which potential energy-distance function are given below (a) Eprop (1)/ (r ) (b) E prop (1)/(r^(2)) (c ) E prop (1)/(r^(3)) (d) E prop (1)/(r^(4)) (e) E prop (1)/(r^(6)) .

Match the following columns. (for a satellite in circular orbit) {:(,"Column-I",,"Column-II"),("(A)","Kinetic energy","(p)",-(GMm)/(2r)),("(B)","Potential energy","(q)",sqrt((GM)/(r))),("(C)","Total energy","(r)",-(GMm)/(r)),("(D)","Orbital speed","(s)",(GMm)/(2r)):}

Match the following columns. (for a satellite in circular orbit) {:(,"Column-I",,"Column-II"),("(A)","Kinetic energy","(p)",-(GMm)/(2r)),("(B)","Potential energy","(q)",sqrt((GM)/(r))),("(C)","Total energy","(r)",-(GMm)/(r)),("(D)","Orbital speed","(s)",(GMm)/(2r)):}

Match the columns {:(,"Column-A",,"Column-B"),((a),"Ribs",(i),26),((b),"Vertebrae",(ii),14),((c ), "Phalanges",(iii),1),((d),"Sternum",(iv),24):}