37477
When \(100 \,ml\) \(N - NaOH\) solution and \(10 \,ml\) of \(10 \,N\) sulphuric acid solution are mixed together, the resulting solution will be
1 Alkali
2 Weakly acidic
3 Strongly acidic
4 Neutral
Explanation:
(d) If \({N_1}{V_1}\; = {N_2}{V_2}\) then the solution will be neutral \(\therefore\) \(1 \times 100 = 10 \times 10\) \(100 = 100\) \( \Rightarrow \) solution in neutral
PRACTICAL CHEMISTRY
37478
Cosin used to detect end point of precipitation titration by adsorption is called
1 Absorption indicator
2 Adsorption indicator
3 Chemical indicator
4 Normal indicator
Explanation:
An organic dye, cosine used to detect the endpoint of precipitation titration by adsorption, is called an adsorption indicator. This is also called Argentometry titration.
PRACTICAL CHEMISTRY
37479
\(0.1914\,g\) of an organic acid is dissolved in approx. \(20 \,ml\) of water. \(25 \,ml\) of \(0.12\, N\) \(NaOH\) required for the complete neutralization of the acid solution. The equivalent weight of the acid is
37477
When \(100 \,ml\) \(N - NaOH\) solution and \(10 \,ml\) of \(10 \,N\) sulphuric acid solution are mixed together, the resulting solution will be
1 Alkali
2 Weakly acidic
3 Strongly acidic
4 Neutral
Explanation:
(d) If \({N_1}{V_1}\; = {N_2}{V_2}\) then the solution will be neutral \(\therefore\) \(1 \times 100 = 10 \times 10\) \(100 = 100\) \( \Rightarrow \) solution in neutral
PRACTICAL CHEMISTRY
37478
Cosin used to detect end point of precipitation titration by adsorption is called
1 Absorption indicator
2 Adsorption indicator
3 Chemical indicator
4 Normal indicator
Explanation:
An organic dye, cosine used to detect the endpoint of precipitation titration by adsorption, is called an adsorption indicator. This is also called Argentometry titration.
PRACTICAL CHEMISTRY
37479
\(0.1914\,g\) of an organic acid is dissolved in approx. \(20 \,ml\) of water. \(25 \,ml\) of \(0.12\, N\) \(NaOH\) required for the complete neutralization of the acid solution. The equivalent weight of the acid is
37477
When \(100 \,ml\) \(N - NaOH\) solution and \(10 \,ml\) of \(10 \,N\) sulphuric acid solution are mixed together, the resulting solution will be
1 Alkali
2 Weakly acidic
3 Strongly acidic
4 Neutral
Explanation:
(d) If \({N_1}{V_1}\; = {N_2}{V_2}\) then the solution will be neutral \(\therefore\) \(1 \times 100 = 10 \times 10\) \(100 = 100\) \( \Rightarrow \) solution in neutral
PRACTICAL CHEMISTRY
37478
Cosin used to detect end point of precipitation titration by adsorption is called
1 Absorption indicator
2 Adsorption indicator
3 Chemical indicator
4 Normal indicator
Explanation:
An organic dye, cosine used to detect the endpoint of precipitation titration by adsorption, is called an adsorption indicator. This is also called Argentometry titration.
PRACTICAL CHEMISTRY
37479
\(0.1914\,g\) of an organic acid is dissolved in approx. \(20 \,ml\) of water. \(25 \,ml\) of \(0.12\, N\) \(NaOH\) required for the complete neutralization of the acid solution. The equivalent weight of the acid is
37477
When \(100 \,ml\) \(N - NaOH\) solution and \(10 \,ml\) of \(10 \,N\) sulphuric acid solution are mixed together, the resulting solution will be
1 Alkali
2 Weakly acidic
3 Strongly acidic
4 Neutral
Explanation:
(d) If \({N_1}{V_1}\; = {N_2}{V_2}\) then the solution will be neutral \(\therefore\) \(1 \times 100 = 10 \times 10\) \(100 = 100\) \( \Rightarrow \) solution in neutral
PRACTICAL CHEMISTRY
37478
Cosin used to detect end point of precipitation titration by adsorption is called
1 Absorption indicator
2 Adsorption indicator
3 Chemical indicator
4 Normal indicator
Explanation:
An organic dye, cosine used to detect the endpoint of precipitation titration by adsorption, is called an adsorption indicator. This is also called Argentometry titration.
PRACTICAL CHEMISTRY
37479
\(0.1914\,g\) of an organic acid is dissolved in approx. \(20 \,ml\) of water. \(25 \,ml\) of \(0.12\, N\) \(NaOH\) required for the complete neutralization of the acid solution. The equivalent weight of the acid is
