Question
The absolute configuration of the compound is
✓
Answer
c
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Similar questions
The compound which shows metamerism is :
The correct stability order of carbocations is
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→| Compound | Total stereoisomere |
| $(A)\, [Co(en)_2 \,Cl_2]^+$ | $(P)\, 2$ |
| $(B)\, [Co(en)_3]\, Cl_3$ | $(Q)\, 3$ |
| $(C) \,[Pt(NH_3)_2 \,Cl_2]$ | $(R)\, 4$ |
| $(D)\, [Pt(NH_3)_3 \,Cl_3]^+$ | $(S)\, 5$ |
Correct code
The equivalent weight of $H_3PO_4$ in the reaction is $Ca{(OH)_2}\, + \,{H_3}P{O_4}\, \to \,CaHP{O_4}\, + \,2{H_2}O$
→$(Ca = 40,\,P = 31,\,O = 16)$
$1\,mol$ each of the following compounds is dissolved in $1\,L$ of solution. Which will have the largest $\Delta T_b$ value ?
→The major product $'Y'$ in the following reaction is
→In $B_2H_6$
→The $IUPAC$ name of $C{H_3}COO{C_2}{H_5}$ will be
→An orange solid $(X)$ on heating gives a colourless $gas\, (Y)$ and only a green residue $(Z)$. $Gas\, (Y)$ on treatment with $Mg$ produces a white solid substance
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