MCQ
$IUPAC$ name of give compound:
  • A
    $3 -$ Ethyl $-4-$ Amino-hexan $-2-$ ol
  • B
    $3-$ Amino $-4-$ Ethyl-hexan$-5-$ ol
  • C
    $2 -$ hydroxy $-4-$ Amino hexane
  • $4-$ Amino $-3-$ ethyl hexan $-2-$ ol

Answer

Correct option: D.
$4-$ Amino $-3-$ ethyl hexan $-2-$ ol
d
The structure of the given compound

(fig.)

So, $IUPAC$ name is $4-$ Amino $-3-$ ethyl hexan $-2-$ ol.

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

The energy of an electron revolving in ${n^{th}}$ Bohr's orbit of an atom is given by the expression
The correct option($s$) related to the extraction of iron from its ore in the blast furnace operating in the temperature range $900-1500 K$ is(are)

$(A)$ Limestone is used to remove silicate impurity.

$(B)$ Pig iron obtained from blast furnace contains about $4 \%$ carbon.

$(C)$ Coke $(C)$ converts $CO _2$ to $CO$.

$(D)$ Exhaust gases consist of $NO _2$ and $CO$.

What is the possible number of optical isomers for a compound containing $2-$dissimilar asymmetric carbon atom
Match the column?
Column $-I$ Column $-II$
$(A)$ Ionisation potential $(P)\;  O < F < N$
$(B)$ Electronegativity $(Q)\;  N < O < F$
$(C) \;Z_{eff}$ $(R) \;O < N < F$
$(D)$ Electron affinity $(S)\; N < C< O$
Find odd compound out :
What is the structure of $L-$ glyceraldehyde?
When ${10^{ - 8}}$ mole of $HCl$ is dissolved in one litre of water, the $pH$ of the solution will be
Which of the following statement is CORRECT :
$(I)$ Where orbitals are available in degenerate sets maximum spin multiplicity is observed
$(II)$ Where two electrons occupy the same shell they may have same spins
$(III)$ All noble gases do not have same valence shell electronic configuration
Indicate whether each of the following pairs are identical, or ?

$I$  ||  $II$  ||  $III$

Which of the following are correct order of stability of oxidation states of cations

$(a)\ Pb^{+2} > Pb^{+4} , Tl^{+1} < Tl^{+3}$

$(b)\ Bi^{+3} < Sb^{+3 }, Sn^{+2} < Sn^{+4}$

$(c)\ Pb^{+2} > Pb^{+4} , Bi^{+3} > Bi^{+5}$

$(d)\ Tl^{+3} < In^{+3} , Sn^{+2} > Sn^{+4}$

$(e)\ Sn^{+24} < Pb^{+2} , Sn^{+4} > Pb^{+4}$

$(f)\ Sn^{+2} < Pb^{+2} , Sn^{+4} < Pb^{+4}$