[" concept "],[" Q."17],[" One litre of a gas at s.T.P weight "1.16" gm .It can "],[" possibly be "],[" 1"1" lit "rarr1.16" gm "quad C_(2)H_(2)],[" 22."4" lit "rarr" ? "],[" 1: "16times22.4" lit "=26],[[[C_(2)H_(2)]]],[" O "C_(0)],[" O "O_(2)],[" O "CH_(4)]

The density of a gas 'S' at 2 atm and 27^@C is 1.3 gm / lit. Then the gas 'S' may be

{:("Column-I","Column-II"),("A) 16g of "O_(2),"P) 1gm atom of O"),("B) Gram molar volume of "H_(2)O,"Q) 22.4 lit at STP"),("C) 18 g of "H_(2)O,"R) 18 ml"),("D) 1/2 mole "O_(2)+1" gm atom of "H_(2),"S) 11.2 lit at STP"):}

Complete the following equation. C_(12)H_(22)O_(11)overset(H_(2)SO_(4))rarr?

30 lit of oxygen is liberated at STP by the complete decompostion of a sample of 1 lit of H_(2)O_(2) . The molarity of that H_(2)O_(2) solution is nearly

What is the number of H_2 atom in 0.9 gm of water? (H = 1, O = 16)

In the reaction, KNmO_(4) + 16 HC1 rarr 5C1_(2) + 2KC1 + 8H_(2) O the reduction product is

What is the equivalent weight of C_(12)H_(22)O_(11) in the following reaction? C_(12)H_(22)O_(11)+36HNO_(3) rarr 6H_(2)C_(2)O_(4)+36NO_(2)+23H_(2)O

Complete the following equations i) CH_(4)+2O_(2)rarr ii) 2Fe^(3+)+SO_(2)+2H_(2)Orarr iii) C_(12)H_(22)O_(11)+H_(2)SO_(4)" (conc)"rarr

Rank the transition states that occur during the following reaction steps in order of increasing stability (least rarr most stable) : 1. H_(3)C - overset(+)(O)H_(2) rarr CH_(3)^(+) + H_(2)O 2. (CH_(3))_(3)C - overset(+)(C)H_(2) rarr (CH_(3))_(3)C^(+) + H_(2)O 3. (CH_(3))_(2)CH - overset(+)(O)H_(2) rarr (CH_(3))_(2)CH^(+) + H_(2)O