MCQ
Baeyer's reagent is used in the laboratory for
- ✓Detection of double bonds
- BDetection of glucose
- CReduction
- DOxidation
✓
Answer
Correct option: A.
Detection of double bonds
a
Baeyer's reagent is an alkaline solution of cold $KMnO _4$, and is used for detection of unsaturation in a molecule.
Baeyer's reagent is an alkaline solution of cold $KMnO _4$, and is used for detection of unsaturation in a molecule.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
A $100\,mL$ solution of $CH _{3} CH _{2} MgBr$ on treatment with methanol produces $2.24\,mL$ of a gas at $STP$. The weight of gas produced is $......mg$. [nearest integer]
→Increasing order of acidic strength of given compounds is
$(i)$ ${K_4}[Fe{(CN)_6}]$ $(ii)$ ${K_3}[Cr{(CN)_6}]$ $(iii)$ ${K_3}[Fe{(CN)_6}]$ $(iv)$ ${K_2}[Ni{(CN)_4}$ Choose the complex which is paramagnetic
→The ratio between radii of $H{e^ + }$ ion and $H$ atom is
→Which of the following configurations represents atoms of the elements having the highest second ionization energy
A lone pair of electrons in an atom implies
Which of the given reactions is not an example of disproportionation reaction?
How many moles of $P_4$ can be produced by reaction of $0.10$ moles $Ca_5(PO_4)_3F, 0.36$ moles $SiO_2$ and $0.90$ moles $C$ according to the following reaction?
→$4C{a_5}{(P{O_4})_3}F + 18Si{O_2} + 30C \to 3{P_4} + 2Ca{F_2} + 18CaSi{O_3} + 30CO$
Which of following statement is correct ?
For certain chemical reaction $X \rightarrow Y$, the rate of formation of product is plotted against the time as shown in the figure. The number of Correct statement/s from the following is $.......$.
→$(A)$ Over all order of this reaction is one
$(B)$ Order of this reaction can't be determined
$(C)$ In region$-I$ and $III$, the reaction is of first and zero order respectively
$(D)$ In region$-II$, the reaction is of first order
$(E)$ In region$-II$, the order of reaction is in the range of $0.1$ to $0.9$.