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Effect on Conductance in Titration

Identify the ...

Question

Identify the products in the following reaction,
$C_{6} H_{12} O_{6}$ + $C H_{3} O H$ $\to X$ (or) $Y$

α

-methylglycoside

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β

-methylglycoside

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α

β

-methylglycosides

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all of the above

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Solution

The correct option is C $α$ , $β$ -methylglycosides
Glucose reacts with methanol in presence of dry HCl to form alpha and beta methyl glycosides.
$C_{6} H_{12} O_{6} + C H_{3} O H \to α - C_{6} H_{11} O_{6} C H_{3} X + α - C_{6} H_{11} O_{6} C H_{3} Y$

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Similar questions

x K_{2} C r_{2} O_{7} + y H I \to z K I + α C r I_{3} + β H_{2} O + γ I_{2}

\frac{x}{tan (θ + α)} = \frac{y}{tan (θ + β)} = \frac{z}{tan (θ + γ)}

\sum \frac{x + y}{x - y} {sin}^{2} (α - β) = 0

\frac{x + y}{x - y} = \frac{tan (θ + α) + tan (θ + β)}{tan (θ + α) - tan (θ + β)} = \frac{sin (2 θ + α + β)}{sin (α + β)}

Z = 92

α, α, β^{-}, β^{-}, α, α, α, α, β^{-}, β^{-}, α, β^{+}, β^{+}, α

Z

Z = 92

α, α, β^{-}, β^{-}, α, α, α, α; β^{-}, β^{-}, α, β^{+}, β^{+}, α

Z

Z = 92

α, β^{-}, β^{-}, α, α, α, α, α, β^{-},

β^{-}, α, β^{+}, β^{+}, α

Z

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