“Chemistry Experiments” is a guide for students and teachers who look for various experiments in chemistry. I will be mainly focusing on chemical, fertilizers, water, effluent, latex, dry rubber testing in my latest blog. I hope these experiments will definitely help students & teachers. Please mail me if you all need any further assistance or help in any of these tests.
Tuesday, January 25, 2011
Most volatile hydrogen halides
We all are familiar with the different types of hydrogen halides. Do you know which are they? Remember that the different types of hydrogen halides include HF, HBr,HCl & HI. Do you know among these halides which is the most volatile?
Note that the most volatile hydrogen halide is HCl.
Note that the most volatile hydrogen halide is HCl.
Do you know the reason why sodium nitrate is not used in gun powder?
This is becuase it is hygroscopic.
Solubility of AgCl precipitate
I hope chemistry students are familiar with this fact. this is an experiment commonly done in labs. Remember that AgCl precipitate is soluble in ammonium hydroxide solution.
Friday, January 21, 2011
Do you know the number of different oxides formed by nitrogen?
I hope chemistry students are familiar with this question. You should know the correct answer as this is an important point.
Remember that the number of different oxides formed by nitrogen is five.
Remember that the number of different oxides formed by nitrogen is five.
Do you know the reason why there is low solubility of AgCl in water?
- The low solubility of AgCl in water is mainly due to its high lattice energy.
Solubility of lower alcohols
This post is related to the solubility of lower alcohols.
My question is:
Do you know the reason why lower alcohols are readily soluble in water? The answer is that the readily solubility of lower alcohols in water is mainly due to the fact that they form hydrogen bond in water.
My question is:
Do you know the reason why lower alcohols are readily soluble in water? The answer is that the readily solubility of lower alcohols in water is mainly due to the fact that they form hydrogen bond in water.
The meso form of tartaric acid is neither laevo nor dextro rotatory. why?
This is an important question related to tartaric acid. Do you know the answer? If not, check the below points.
Answer:
Meso form of tartaric acid is neither laevo nor dextro rotatory mainly due to internal compensation.
Answer:
Meso form of tartaric acid is neither laevo nor dextro rotatory mainly due to internal compensation.