Chemical structural formula
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Chemical structural formula
QuizGenerator allows you to create questions with chemical structure formulas. If you write a chemical formula in xymtex format between [$ and $], it will be converted into an image and displayed in the question.Sample quiz
How to indicate the chemical formula
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Which are the benzel derivatives? sa:. [$\bzdrv{1==OH;2==NO$_2$}\bzdrv{1==OH;3==NO$_2$} [$\cyclohexanev{1D==O;2Sa==Cl;2Sb==Cl}\cyclohexanev{1D==O;4Sa==CH$_3$;4Sb==H$_3$C}$] [$\pyridinev{4==Cl}\pyridinevi{4==Cl}$] Which is a cyclohexane derivative? sa: [$\cyclohexanev{2A==CH$_3$;3B==CH$_3$}\cyclohexanev{2B==CH$_3$;3B==CH$_3$}$] [$\bzdrh{1==HO;2==NO$_2$}\bzdrh{1==HO;3==NO$_2$}\bzdrh{1==HO;4==NO$_2$};$] [$\pyridinev[ce]{2D==O;1==Me;5==NC}\qquad\pyridinevi[ce]{2D==O;1==Me;5==NC}$] Which is a pyridine derivative? sa: [$\pyridinev[]{4D==O;1==H}\pyridinevi[H]{4D==O;1==H}$] [$\bzdrv{}\bzdrv{1==CH$_3$;2==NO$_2$;4==NO$_2$;6==O$_2$N}$] [$\cyclohexanev{2SA==CH$_3$;2SB==H;3SB==CH$_3$;3SA==H}\cyclohexanev{2SB==CH$_3$;2SA==H;3SB==CH$_31 TP6T;3SA==H}$] [$\bzdrv{1==F;4==F}\bzdrv[r]{1==F;4==F}\bzdrv[l]{1==F;4==F}\bzdrv[c]{1==F;4==F}$] is a benzel derivative. true-false: If true [$\pyridinevi[r{1+}]{1==Me;3==COO$^{-}$}\pyridinevi[l{1+}]{1==Me;3==COO$^{-}$}\pyridinevi[ace{1+} COO$^{-}$}$] is a cyclohexane derivative. true-false:. false.
A b C d e f 1 #format:table 2 Which is a benzel derivative? true-false: "[$\bzdrv {1==OH; 2==NO$_2$} \bzdrv {1==OH; 3==NO$_2$} \bzdrv {1==OH; 4==NO$_2$} \bzdrv 4==NO$_2$}$]" "[$\bzdrv {1==OH; 2==NO$_2$} \bzdrv {1==OH; 3==NO$_2$} \bzdrv {1==OH; 4==NO$_2$} \bzdrv 4==NO$_2$}$]" "[$\cyclohexanev {1D==O; 2Sa==Cl; 2Sb==Cl} \cyclohexanev} {1D==O; 4Sa==CH$_3$; 4Sb==H$_3$C}$]" "[$\pyridinev {4==Cl} \pyridinevi {4==Cl}$]" 3 Which is a cyclohexane derivative? true-false: "[$\cyclohexanev {2A== CH$_3$; 3B== CH$_3$} \cyclohexanev {2B== CH$_3$; 3B== CH$_3$}$]" "[$\bzdrh {1==HO; 2==NO$_2$} \bzdrh} {1==HO; 3==NO$_2$} \bzdrh {1==HO; 4==NO$_2$} \bzdrh 4==NO$_2$};$]" "[$\pyridinev [ce] {2D==O; 1==Me;. 5==NC} \qquad \pyridinevi} [ce] {2D==O; 1==Me; 5==NC}$]" 4 Which is a pyridine derivative? true-false: "[$\pyridinev[] {4D==O; 1==H} \pyridinevi[H] {4D==O; 1==H}$]" "[$\bzdrv{} \bzdrv {1==CH$_3$; 2==NO$_2$; 4==NO$_2$; 6==O$_2$N}$]" "[$\cyclohexanev {2SA== CH$_3$; 2SB==H; 3SB== CH$_3$; 3SA==H} \cyclohexanev {2SB== CH$_3$; 2SA==H; 3SB== CH$_3$; 3SA==H}$]" 5 "[$\bzdrv {1==F; 4==F} \bzdrv[r] {1==F; 4==F} \bzdrv[l] {1==F; 4==F} 4==F} \bzdrv[c] {1==F; 4==F}$] is a benzel derivative." 180 degree true 6 "[$\pyridinevi [r{1+}] {1==Me; 3== COO$^{-}$} \pyridinevi} [l{1+}] {1==Me; 3== COO$^{-}$} \pyridinevi [ace{1+}] {1==Me; 3== COO$ ^{-}$}$] is a cyclohexane derivative." 180 degree false