With regard to dependence of quantities given in column I and II, match the following. `{:(,"Column I",,"Column II"),((A),"Young's modulus of a substance ",(p),"Depends on temperature"),((B),"Bulk modulus of a substance",(q),"Depends on length"),((C),"Modulus of rigidity of a substance",(r),"Depends on area of cross-section"),((D),"Volume of a substance",(s),"Depends on the nature of material"):}`
Match the following columns. {:(,"Column I",,"Column II"),((A),"Longitudinal stress",(p),"Volume changes"),((B),"Shear stress",(q),"Shape change"),((C),"Volumetric stress",(r),"Volume does not changes"),((D),"Tensile stress",(s),"Shapes does not change"):}
{:(,"Column I",,"Column II"),(("A"),"Stress",(p),"Pressure"),(("B"),"Strain",(q),"Energy density"),(("C"),"Modulus of elasticity",(r),"Angle"),(("D"),"Torque",(s),"Energy"):}
Match the following |{:(" Table-1"," Table-2"),((A)" Steel",(P)" Young's modulus of"),(," elasticity"),((B)" Water",(Q)" Bulk modulus of elasticity"),((C)" Hydrogen gas filled",(R)" sheer modulus of"),(" in a chamber"," elasticity"),(,):}|
Match the following {:(,"Column-I",,"Column-II"),((A),"Enthalpy",(p),"Extensive property"),((B),"Entropy",(q),"H - TS"),((C),"Free energy",(r),"E + PV"),((D),"Pressure",(s),"Intensive property"):}
Match the Column-I with Column-II : {:(,"Column-I",,"Column-II"),("(a)","Mole fraction","(p)","mol kg"^(-1)),("(b)","Molality","(q)","Depends on temperature"),("(c)","Molarity","(r)","Unitless"),("(d)","Normality","(s)","Independent of temperature"):}
Match the chemical substances given in column I with their appropriate applocation given in column II
{:(,"Column I",,,"Column II"),((A),"Moment of inertia",,(p),"newton"//"metre"^(2)),((B),"Surface tension",,(q),"kg"//("metre-sec")),((C),"Angular acceleration",,(r),"kg-metre"^(2)),((D),"Coefficient of viscosity",,(s),"newton"//"metre"),((E),"Modulus of elasticity",,(t),"radian"//"sec"^(2)):}
Match the extraction processes listed in Column I with metals listed in Column II. {:(,"Column I",,"Column II"),((A),"Self reduction",(p),"Lead"),((B),"Carbon reduction",(q),"Silver"),((C),"Complex formation and displacement by metal",(r),"Copper"),((D),"Decomposition of iodide",(s),"Boron"):}
Match the following {:(" Column -I"," Column -II "),("(A) Aerosol"," (p) Optical property"),("(B) Emulsion", " (q) Electrical property"),("(C) Tyndall effect"," (r) Smoke"),("(D) Dialysis"," (s) Medicines"):}
ColumnI lists physical quantities for a uniform current carrying conductor . These quantities depend on quantities given in column II. Match entries in column I to all the quantities in column II on which it depends. {:(,"Column I",,"Column II"),((A),"Resistivity",(p),"Length of conductor"),((B),"Current through the conductor for a given potential difference across the condcutor",(q),"Electric field in conductor"),(( C),"Current density in condcutor for a given potential difference across the conductor ",(r ),"Temperature of conductor"),((D),"Thermal power generated per unit volume for given value of potential difference across the conductor",(s),"Nature of conductor"),(,,(t ),"Area of condcutor"):}
RESONANCE ENGLISH-ALTERNATING CURRENT-PART-III: Match the column