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Match column I with column II and select the correct answer using the codes given in the list.

Match column I with column II and select the correct answer using the codes given in the list.

Match column-I with column-II and select the correct answer :-

Match column-I with column-II : {:((A)" Real gas at high pressure",(p)PV=RT+Pb),((B)" Force of attraction among gas Molecules is negligible",(q)PV=nRT),((C)" At high temp. and low pressure",(r)Z=1),((D)" Real gas at NTP",(s) (P+(an^(2))/(V^(2)))(V-nb)=nRT):}

Match Column-I with Column-II

Match Column-I with Column-II

Match column-I with column-II. .

Match column-I with column-II :

Match column-I with column-II :

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists :

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists :

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists :

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists :

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists :

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists :

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists :

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists :

Match column (I) (process) with column (II) (electrolyte) {:("Column (I) (process)", "Column (II) (electrolyte)"),( (1) "Castner Kellner.s cell", (P) Cu),( (2) "Self-reduction", (Q) "fused " (Al_(2)O_(3)+Na_(3)AlF_(6)+CaF_(2))),( (3) "Hall-Heroult", (R ) "Brine solution"):}

Match COLUMN-I (Species) with COLUMN-II (O-N-O angle) and select the correct answer using the codes given below the lists : {:("COLUMN - I","COLUMN - II"),("A)" NO_(2)^(+),"p)" 180^@),("B)" NO_(2),"r)" 132^@),("C)" NO_(2)^(-),"r)" 120^@),("D)" NO_(3)^(-),"s)" 115^@):}

Match column-I (Solution of salts of salts of...) with column-II (pH of the solution is given by):

Match column I containing magnitude of observed colligative property with column II having concentration of electrolytes. Assume all solutions to behave like very dilute aqueous solution with perfectly non-volatile solute.

Match Column-I (Compounds) with Column - II (Oxidation states of Co) and select the correct answer using the codes given below the Columns

Match Column-I (Compounds) with Column - II (Oxidation states of Co) and select the correct answer using the codes given below the Columns

Match column I and column II {:("(A)Benzene sulphonyl chloride", " (p) zwitter ion") , ("(B) Sulphanilic acid " , "(q)Hinsberg reagent"),(" (C)Alkyl diazonium salts" ,"(r) Dyes") , ( "(D)Aryl diazonion salts" , " (s) Conversion to alcohols"):}

Match column-I and column-II and select the answer :

Match column A (catalyst) with column B (process) {:("Column A", " ""Column B"),(1. SO_(2),i. "Cracking of hydrocarbons"),(2. Pt, ii."Alkylation of benzene"),(3. "Zeolites", iii."Automobile converter"):}

Mass of O_(2) that can be obtained from 500 ml 15 V H_(2)O_(2) aqueous solution is__________

Match Column-A and Column-B. {:(""A,""B),("(P)Distillation","(x) Titanium"),("(Q) Van arkel","(Y) Zinc"),("(R ) Mond carbonyl", "(Z) Nickel"):}

Match column–I with column–II and select the correct answer using the codes given below : Column–I (Metals) (I) Iron & copper (II) Zirconium & Titanium (III) Lead & Tin (IV) Copper & Tin Column–II (Method used for refining) (P) Poling (Q) Bessemerisation(R) Van–Arkel(S) Liquation

Match column–I and column–II and select the correct answer using the codes given below the lists:

Match box is……….

Match and followings

Massicot is prepared by :

Mass of one atom of oxygen is/are:

Mass of one atom of an element is 4.0X10^-24 g. This is equal to

Mass of human DNA molecule is 1 fg. It may be expressed in kilogram as :

Mass of neutron is……..times the mass of electron.

Mass of H_(2)O present in air in 10 lit. closed vessel with 80% relative humidity at 1 atm and 400 K ? [Vapour pressure of water at 300 K = 0.04 atm]

Mass of copper deposited by the passage of 2 A of current for 965 seconds through a 2M solution of CuSO_(4) is (At.mass of Cu = 63.5)

Mass of a typical star is 1.0xx10^(30) kg. Assume that a star is typically 3//4 hydrogen and 1//4 helium by mass. The estimated number of protons (which are present in H as well as He) in a typical star is approximately

Mass of an electron:

Mass of ""_(3)^(7) Li is 7.016004 amu. Mass of proton is 1.007277 amu and mass of neutron is 1.008665 amu. Mass defect of lithium nucleus in amu is

Mass of 0.1 mole of methane is

Mass number and atomic number of an atom are 232 and 90 respectively. How many alpha- particles of this atom must emit, after the emission of 2 beta-particles, such that the mass number and atomic number of new element are 212 and 82 respectively

Mass defect in the nuclear reactions may be expressed in terms of the atomic masses of the parent and daughter nuclides in place of their nuclear masses. The mass defect of nuclear reaction, ._(4)Be^(10) rarr ._(5)B^(10)+e^(-) is

Mass defect in the nuclear reactions may by expressed in terms of the atomic masses of the parent and daughter nuclides in place of their nuclear masses. The mass defect of the nuclear reaction""_(5)B^(8) rarr_(4)Be^(8) + e^(+) is