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Match the following : {:(,"Column-I",,...

Match the following `:`
`{:(,"Column-I",,"Column-II"),((A),"Velocity",(p),"Increased,"n uarr z darr),((B), "Potential Energy",(q),"Increased,"ndarrzuarr),((C ),E_(n)-E_(n-1) (E="Total energy for H atom "(n cancel(=)1)),(r ),"Decreased,"n uarr ),((D),"Separation energy (For H atom)",(s),"No change"n uarr):}`

Text Solution

Verified by Experts

The correct Answer is:
`A(q),B(p),C(r ),D(r)`
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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 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 the compounds of column I with column II. {:(,"Column-I",,"Column-II",),((A),C_(n)H_(2n+2),(p),"Alkynes",),((B),C_(n)H_(2n),(q),"Alkenes",),((C),C_(n)H_(2n-2),(r),"Cyclohexane",),((D),C_(6)H_(12),(s),"Paraffins or alkanes",):}

{:(,"Column-I",,"Column-II"),((A),E_(1)cb,(p),"First order"),((B),S_(N)2,(q),"No rearrangement"),((C),E_(1),(r),"Rearragnement"),((D),S_(N)1,(s),"Strong nucleophile"),(,,(t),"Inversion of configuration"):}

Match the following : B.E.-Binding energy I.E.-Ionization energy {:("Column-I","Column-II"),((A)"B.E. of"He^(+)"atom in an excited state" ,(p)"Infrared region"),((B)7to3"transition in H atom",(q)"3.4 ev"),((C )5to1 "transition in H-atom",(r)"13.6 ev"),((D)"series limit of Balmer series in H-atom",(s) "10 Spectral lines observed"),(,(t)"Ultra violet region"):}

The correct match of the following is : {:(,"Column - I",,"Column - II"),((i),""^(n)C_(r ),(a),n!),((ii),""^(n)C_(0),(b),1),((iii),""^(n)P_(r ),(c ),r!.""^(n)C_(r )),((iv),""^(n)P_(n),(d),""^(n)C_(n-r)):}

Match the Column-I with Column-II: {:(,"Column-I",,"Column-II"),((A),E_(1),(p),"Carbocations"),((B),E_(2),(q),"Strong nucleophile"),((C),S_(N)1,(r),"Reactivity of a alkyl halides" 1^(@)gt2^(@)gt3^(@)),((D),S_(N)2,(s),TS),(,,(t),"Reactivity of alkyl halides" 3^(@)gt2^(@)gt1^(@)):}

In Bohr's atomic model for hydrogen like atoms match the following column : {:(,"Column I",,"Column II"),((A),"If electron jumps from n = 32 to n = 1",(p),"Speed of electron will become 2 times"),((B),"If electron jumps from n = 1 to n = 4",(q),"Kinetic energy of electron will become 4 time"),((C),"If electron jumps from n = 4 to n = 4",(r),"Angular momentum of electron will becomes 2 times"),(,,(s),"Angular velocity of electron will becomes 4 times"),(,,(t),"None"):} .

Match the following {:(,"Column -I",,"Column -II"),((A),"Number of carbon atoms in 1 g molecule of" CO_(2),(p),0.5 N_(0)),((B),"Number of molecules in 48 g O"_(2),(q),N_(0)),((C ),"No. of molecules in 11.2 L" H_(2) "at STP",(r ),3 N_(0)),((D),"No of hydrogen atoms in 1 Mole of" NH_(3),(s),1.5 N_(0)),(,(N_(0) ="Avogadro's Number"),,):}

Match the column : {:(,"Column-I",,"Column-II",),(,("Quantum, no. of mono electron atom"),,("Quantisation of"),),((A),n,(P),"magnitude of orbital angular momentum",),((B),l,(Q),"energy & position",),((C),m,(R),"magnetic & direction of spin angular momentum",),((D),s,(S),"direction of orbital angular momentum",),(,,,,),(,,,,):}

Knowledge Check

  • 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)):}

    A
    `(A rarr s, B rarr r,C rarrp, D rarr q)`
    B
    `(A rarr c, B rarr s,C rarrp, D rarr q)`
    C
    `(A rarr s, B rarr r,C rarrq, D rarr p)`
    D
    `(A rarr q, B rarr r,C rarrp, D rarr s)`

  • The correct match of the following is : {:(,"Column - I",,"Column - II"),((i),""^(n)C_(r ),(a),n!),((ii),""^(n)C_(0),(b),1),((iii),""^(n)P_(r ),(c ),r!.""^(n)C_(r )),((iv),""^(n)P_(n),(d),""^(n)C_(n-r)):}

    A
    (i)-(d), (ii)-(b), (iii)-(c ), (iv)-(a)
    B
    (i)-(a), (ii)-(b), (iii)-(c ), (iv)-(d)
    C
    (i)-(b), (ii)-(c ), (iii)-(d), (iv)-(a)
    D
    (i)-(d), (ii)-(b), (iii)-(a), (iv)-(c )