`CH_3-CH_3 + O_2 to CO_2 + H_2O`
Given that moles of ethane is 0.1 & the number of molecules of water `X xx 10^(-22)`. Find `X`

The correct order of bond angles in the molecules, H_2O , NH_3 , CH_4 , and CO_2 is

Consider the following carbocation. H_3C-overset(C_2H_5)overset(|)underset(CH(CH_3)_2)underset(|)C+ x = number of primary hydrogen atoms present in the molecule y = number of 3^o carbon atoms present in a molecule then what is the value of x+y?

(a) 2 Calculate the number of moles of water in 366 g BaCl_(2).2H_(2)O . (b) Calculate the value of X ( in terms of mole) if X=9.4 g "Phenol" +6.02xx10^(22) molecules phenol +0.2 "mole" phenol.

In a saturated acyclic compound the mass ration of C:H is 4:1 and C:O is 3:4. find the no. of moles of O_2 required to react with 2 moles compound to give CO_2 and water.

One mole each of CH_3CO_2H and CH_3CH_2OH are heated in presence of little conc. H_2SO_4 so as to establish the following equilibrium CH_3CO_2H+ CH_3CH_2OH hArr CH_3CO_2CH_2CH_3+H_2O K_c = 4 The moles of CH_3 CO_2CH_2CH_3 formed at equilibrium is

CH_3-undersetunderset(CH_3)(|)CH-undersetunderset(CH_3)(|)oversetoverset(CH_3)(|)C-CH_2-Br overset(NaOH//H_2O)to Total number of possible substitution products are in the given reaction ?

CH_3-CH_2CN overset((SnCl_2)//H_3O^+) underset ((PbSO_4)//H_2) to ?