Class 11 Chemistry Lab manual prepared in accordance to the new syllabus for Clas 11 chemistry prescribed by CBSE. Our expert teachers have taken utmost care while preparing Class 11 chemistry lab manual
CBSE Class 11 Chemistry Lab Manual
- Introduction to class 11 chemistry lab manual
- Basic chemistry Laboratory Techniques
- Determination of Melting point
- Determination of Boiling point
- Purification of Chemical Substances by Crystallisation
- To Prepare Crystals of Pure Copper Sulphate (\(CuSO_{4}.5H_{2}O\)) from a given impure sample of the blue vitriol
- To Prepare Crystals of Potash alum (\({K_2}S{O_4}.A{l_2}{(S{O_4})_3}.24{H_2}O\)) from the crude sample
- To purify impure sample of benzoic acid by the process of crystallisation
- Viva Questions with Answers on Purification of Chemical Substances by Crystallisation
- Experiments Based On pH Change
- Determine the pH values of hydrochloric acid at different strengths using; (i) pH papers and (ii) universal indicator solution
- To determine the pH of various samples of NaOH solution using: (i) pH paper, and (ii) universal indicator solution
- Determine the pH of solutions of some salts using pH paper or universal indicator
- Determine the pH of vegetable and fruit juices using pH paper and universal indicator
- Compare the pH of solutions of hydrochloric acid and acetic acid having same concentration
- Study the pH change in the titration of \(\frac{M}{10} HCl\) with \(\frac{M}{10}NaOH\) using universal indicator
- (a) To study the change in pH of acetic acid (a weak acid) solution by addition of sodium acetate (b) To study the change in pH of ammonium hydroxide (a weak base) solution by the addition of ammonium chloride
- Viva Questions with Answers on Experiments Based On pH Change
- Effect of Change of Concentration on Chemical Equilibrium
- Quantitative Estimation (Volumetric Analysis)
- Prepare \(\frac{M}{10}\) sodium carbonate solution
- Prepare \(\frac{M}{10}\) oxalic acid solution
- Prepare 250 ml of 5N \( HCl\) from the given 12N \( HCl\)
- Prepare 250 ml of 2M \( H_{2}SO_{4}\) from the given 18M \( H_{2}SO_{4}\)
- Determine the strength of the given sodium hydroxide solution. You are provided with \(\frac{M}{20}\) oxalic acid solution
- Determine the strength and molarity of the given solution of hydrochloric acid. Given is 0.05 M \(Na_{2}CO_{3}\) solution
- The given solution contains 6.3 g of hydrated oxalic acid,
crystals per litre. Determine the value of n(no. of molecules of water of crystallisation). Provided 0.1 M \(NaOH\) - Determine volumetrically, the value of ‘n’ i.e., the number of water molecules of crystallisation in washing soda \(Na_{2}CO_{3}.nH_{2}O\), 7.0 g of which have been dissolved per litre of the given solution. Provided \(\frac{M}{10} HCl\)
- You are provided with the solution of a hydrogen carbonate of a monovalent alkali metal (M) with strength equal to 10.0 gms per litre. Find out the atomic mass of the metal (M).
- Viva Questions with Answers on Quantitative Estimation (Volumetric Analysis)
- Qualitative Analysis
- Detection of Elements in Organic Compounds
More Resources for CBSE Class 11
- NCERT Solutions
- NCERT Solutions Class 11 Maths
- NCERT Solutions Class 11 Physics
- NCERT Solutions Class 11 Chemistry
- NCERT Solutions Class 11 Biology
- NCERT Solutions Class 11 Hindi
- NCERT Solutions Class 11 English
- NCERT Solutions Class 11 Business Studies
- NCERT Solutions Class 11 Accountancy
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- NCERT Solutions Class 11 Entrepreneurship
- NCERT Solutions Class 11 Indian Economic Development
- NCERT Solutions Class 11 Computer Science