Related FAQs

• Compare the quality significant of the internal calibration and the standard addition method in a titration environment
• Compare the advantage and disadvantage of paper chromatogrph and TLC
• Compare the properties of benzene and cyclohexatriene
• Compare the basicity of the following compounds: a) Heterocycles: 1,2,3,4-Tetrahydroacridine (contains nitrogen in a six-membered heterocycle connected to a benzene ring). indole (a five-membered heterocycle with nitrogen connected to a benzene ring).
• Compare the basicity of the following compounds: b) Carboxylate anions: potassium benzoate (salt of potassium and benzoic acid). potassium formyl benzoate (potassium salt with a formyl group on the benzoate ring). potassium acetate (salt of potassium and acetic acid).
• Compare the basicity of the following compounds: c) Potassium hydroxides and carbonates: potassium hydroxide (koh). potassium ethylate (c₂h₅ok). potassium acetate (ch₃cook).
• Compare the basicity of the following compounds: d) Nitriles and heterocycles: acetonitrile (ch₃−c≡n). pyridine (a six-membered heterocycle with nitrogen). pyrimidine (a six-membered heterocycle with two nitrogen atoms).
• Compare the basicity of the following compounds: e) Benzoic acid derivatives: lithium benzoate (salt of lithium and benzoic acid). 4-lithium nitrobenzoate (lithium salt with nitrobenzoic acid). phenylacetylene (hc≡c−ph, acetylene hydrocarbon associated with the phenyl ring).
• Compare the basicity of the following compounds: f) Urea derivatives: 1-phenylurea (phenyl group associated with urea). 1,3-diphenylurea (two phenyl groups associated with urea).
• Compare the basicity of the following compounds: Benzoate ion and Formyl Benzoate ion