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Electrolysis of dilute sodium chloride solution Electrolysis of concentrated sodium chloride solution   At anode :                       Anions :  OH-   and   Cl-   OH- ions are selectively discharge according to the position of ions in the Electrochemical Series, ES.   Gas bubbles are formed which lighted up a glowing wooden splinter. This gas is oxygen.   4OH- ---> 2 H2O  +  O2   +  4e   At anode :                       Anions :  OH-   and   Cl-   Cl- ions are discharged instead of OH- because of their higher concentration in the electrolyte.   A greenish-yellow gas with a pungent and choking smell is released. The gas turns the blue litmus paper red and then white.   2Cl-  --->  Cl2    +...

Acidic,Basic and Neutral Substances Acidic substances Materials that contain an acid in them are called acidic substances. Acids are of 2 types- •Mineral Acid •Organic Acid Mineral Acid A mineral acid is an acid derived from on or more inorganic compounds.They are not Organic. Examples are-Sulphuric Acid,Nitric Acid. Organic Acid They occur naturally in animal and plant materials Ex: Tartaric Acid from Grapes,Lactic acid from milk. Characteristics of Acidic Substances are- •They have a sour taste and are corrosive •They are soluble in water Acids can also be either dilute or concentrated. Acids with more amount of water are called dilute acids.Acids with less amount of water are called concentrated acids. Acids can also be either strong or weak. Strong acids are highly corrosive and can cause burns.Ex:Nitric,Sulphuric Acid Weak acids are not so destructive. Basic Substances Substances that contain a base are called basic substances. Examples are Sodium Hy...

Titration Formula A titration can determine the volume of one solution required to react exactly with a known volume of another solution. Titration frequently involve the reaction other than acid-base reactions, such as redox reactions and reactions involving precipitations. "A titration can determine the volume of one solution required to react exactly with a known volume of another solution." The equation for Titration Formula is expressed as Titration Formula Where •N = normality of titrant •V = volume of titrant •Eq.wt = equivalent weight of acid •W = mass of sample •1000 = factor relating mg to grams However in common the Titration Formula is written as Titration Formula Where •N = normality of titrant •V1 = volume of titrant •Eq.wt = equivalent weight of predominant acid •V2 = volume of sample

What  is glucose? What its formula?  Glucose is something which is very sweet and gives us instant energy.Its just like the process of photosynthesis.Glucose and sugar have a big difference.Glucos e is hydrated and more sweeter than sugar.It gives us instant energy cause it contains extr,a water.An example of glucose could be anything which contains sugar.Example :Glucond -d formula for glucose is C6H12O6. Glucose is the human bodies key source of energy because it is required for respiration. Through digestion, glucose is broken down into components the body can use to generate ATP from glycolysis and the citric acid cycle. ATP is the molecular unit of currency for a cell.  

Question 1 Balance the following equation: __ KOH + __ H3PO4 → __ K3PO4 + __ H2O Question 2 Balance the following equation: __ KNO3 + __ H2CO3 → __ K2CO3 + __ HNO3 Question 3 Balance the following equation: __ Na3PO4 + __ HCl → __ NaCl + __ H3PO4 Question 4 Balance the following equation: __ TiCl4 + __ H2O + __ TiO2 + __ HCl Question 5 Balance the following equation: __ C2H6O + __ O2 → __ CO2 + __ H2O Question 6 Balance the following equation: __ Fe + __ HC2H3O2 → __ Fe(C2H3O2)3 + __ H2 Question 7 Balance the following equation: __ NH3 + __ O2 → __ NO + __ H2O Question 8Question 9 Balance the following equation: __ B2Br6 + __ HNO3 → __ B(NO3)3 + __ HBr Balance the following equation: __ NH4OH + __ Kal(SO4)2·12H2O → __ Al(OH)3 + __ (NH4)2SO4 + __ KOH + __ H2O Answers 1. 1 SnO2 + 2 H2 → 1 Sn + 2 H2O 2. 3 KOH + 1 H3PO4 → 1 K3PO4 + 3 H2O 3. 2 KNO3 + 1 H2CO3 → 1 K2CO3 + 2 HNO3 4. 1 Na3PO4 + 3 HCl → 3 NaCl + 1 H3PO4 5. 1 TiCl4 + 2 H2O + 1 TiO2 + 4 HCl 6. 1 C2H6O + 3 O2 → 2...

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Bacteria may have ability to reduce impact of diazepam on UK river environments.