No dear... your compound has a lot of secondary hydrogens..

Primary hydrogen is taken wrt Carbon and not other hetero atoms.

The compound can be:

          CH₃

           l

CH₃--C--NH--CH₃

           l

         CH₃

N-methyl-1,1-dimethyl-1-ethanamine

Add alcohol to cerric ammonium nitrate solution. Blood red color will indicate presence of alcohol.

2,3-Dimethyl butane can be prepared from 2-bromo propane thru Wurtz reaction.

First of all, Fluorine does form covalent bonds with another atom of fluorine: F₂ and secondly, it doesn't have same no. of electrons as oxygen. It has 7 electrons in its valence shell.

No, Styrene will form 1-Bromo-1-phenyl ethane according to Markownikoff's rule.

HBr  1-Bromo-1-phenyl ethane

CCl₃CHO doesn't have  Hydrogen and hence, will undergo Cannizarro reaction and will form:  CCl₃COO^- and CCl₃CH₂OH.

Favorskii rearrangement is a reaction in which cyclic alpha-halo ketones undergo ring-expansion(rearrange) to form a higher member cyclic carboxylic acid.

Favorskii reaction is a reaction btw terminal alkyne and a carbonyl group...

Both are aromatic because both have 4n + 2 pie electrons.. In case of Pyrrole, 2 lone pairs and 2 double bonds contribute 6 pie electron and in Pyridine, 3 double bonds contibute 6pie electrons.. it all depends on whether the lone pairs are required and are suitably oriented to involve themselves in delocalization..

Just like aldehydes and ketones, the alpha-hydrogen of nitro compounds are also acidic. So treatment with a base will lead to formation of a resonance stabilized carbanion..

C and H

Carbon and hydrogen are detected by heating the organic compound with cupric oxide (CuO) strongly. C is oxidized to CO₂ and H to H₂O.

CO₂ will turn lime water milky, whereas H₂O will turn white anhydrous copper sulphate to blue.

N, S and Halogens

These elements, if present in an organic compound can be detected by converting them into water soluble organic compounds by fusing the given organic compound with sodium..

Organic compound                      Ionic Compound

C, N, S, X                                          NaX

       +                                                NaCN

      Na                     ------>               Na₂S

                                                         NaCNS

These ionic compounds can be detected using various reagents... 

e.g. Halogens can be detected using AgNO_3. (AgX will be White precipitate for X= Cl, Pale yellow for X= Br, Bright yellow for X= I)

NaX + AgNO₃ -------> AgX + NaNO₃ 

 

Similarly for NaCN and NaCNS...