A comparative analysis of organic compounds were done on various unknown samples labelled as A, G, N, U, Y. After multiple solubility tests, the following observations were recorded: I. Sample G dissolved in water and produced litmus paper results: Red → Red; Blue → Red II. Sample A did not dissolve in water, but dissolved in aq. HCl. III. Sample N did not dissolve in water, but dissolved in aq. NaOH. Further testing confirmed that it is insoluble in aq. NaHCO3. IV. Sample Y dissolved in water and produced litmus paper results: Red → Blue; Blue → Blue V. Sample U is insoluble in H2O, aq. NaOH, aq. HCl and concentrated H2SO4. What is the most probable identity of sample G? What is the most probable identity of sample A? What is the most probable identity of sample N? What is the most probable identity of sample Y? What is the most probable identity of sample U? a. hexanamine b. phenol c. alkane d. methana
A comparative analysis of organic compounds were done on various unknown samples labelled as A, G, N, U, Y. After multiple solubility tests, the following observations were recorded: I. Sample G dissolved in water and produced litmus paper results: Red → Red; Blue → Red II. Sample A did not dissolve in water, but dissolved in aq. HCl. III. Sample N did not dissolve in water, but dissolved in aq. NaOH. Further testing confirmed that it is insoluble in aq. NaHCO3. IV. Sample Y dissolved in water and produced litmus paper results: Red → Blue; Blue → Blue V. Sample U is insoluble in H2O, aq. NaOH, aq. HCl and concentrated H2SO4. What is the most probable identity of sample G? What is the most probable identity of sample A? What is the most probable identity of sample N? What is the most probable identity of sample Y? What is the most probable identity of sample U? a. hexanamine b. phenol c. alkane d. methana
A comparative analysis of organic compounds were done on various unknown samples labelled as A, G, N, U, Y. After multiple solubility tests, the following observations were recorded: I. Sample G dissolved in water and produced litmus paper results: Red → Red; Blue → Red II. Sample A did not dissolve in water, but dissolved in aq. HCl. III. Sample N did not dissolve in water, but dissolved in aq. NaOH. Further testing confirmed that it is insoluble in aq. NaHCO3. IV. Sample Y dissolved in water and produced litmus paper results: Red → Blue; Blue → Blue V. Sample U is insoluble in H2O, aq. NaOH, aq. HCl and concentrated H2SO4. What is the most probable identity of sample G? What is the most probable identity of sample A? What is the most probable identity of sample N? What is the most probable identity of sample Y? What is the most probable identity of sample U? a. hexanamine b. phenol c. alkane d. methana
A comparative analysis of organic compounds were done on various unknown samples labelled as A, G, N, U, Y. After multiple solubility tests, the following observations were recorded:
I. Sample G dissolved in water and produced litmus paper results: Red → Red; Blue → Red
II. Sample A did not dissolve in water, but dissolved in aq. HCl.
III. Sample N did not dissolve in water, but dissolved in aq. NaOH. Further testing confirmed that it is insoluble in aq. NaHCO3.
IV. Sample Y dissolved in water and produced litmus paper results: Red → Blue; Blue → Blue
V. Sample U is insoluble in H2O, aq. NaOH, aq. HCl and concentrated H2SO4.
What is the most probable identity of sample G?
What is the most probable identity of sample A?
What is the most probable identity of sample N?
What is the most probable identity of sample Y?
What is the most probable identity of sample U?
a.
hexanamine
b.
phenol
c.
alkane
d.
methanamine
e.
carboxylic acid
Definition Definition Class of organic compounds that contain a carboxyl group ( - COOH ) and has a general formula R - COOH or R - CO 2 H , where R refers to the alkyl, alkenyl, aryl, or other groups. They can undergo different chemical reactions, such as acid-base reactions, esterification, and oxidation. These are essential components of living organisms, playing important roles in metabolic processes, signaling, and as pharmaceuticals.
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