Sodium has an atomic weight of 23 and chlorine has an atomic weight of 35.5 and there is one atom of each in each molecule of NaCl, so one molecule of NaCl has a total atomic weight of 58.5. The fraction of that weight that is chlorine is then 35.5/58.5 or about 0.607. Therefore, from the decomposition of 85.0 g of NaCl you would get 85.0 X 0.607 = about 51.6 grams. You can fill in more precise numbers if you would like and recalculate, but that would be my answer.
The decomposition of silver chloride is catalyzed by light. When exposed to light, silver chloride decomposes into silver metal and chlorine gas.
The production of chlorine gas when calcium chloride is heated to decomposition is a chemical change. This is because a new substance (chlorine gas) with different chemical properties is formed as a result of a chemical reaction taking place between the calcium chloride and heat.
The word equation for breaking sodium chloride into its elements is: Sodium chloride (s) → Sodium (s) + Chlorine (g). This represents the decomposition of sodium chloride into sodium metal and chlorine gas.
When silver chloride (AgCl) decomposes, it breaks down into its constituent elements: silver (Ag) and chlorine (Cl). This decomposition typically occurs at high temperatures, around 275-300°C. Silver chloride is a white solid that is commonly used in analytical chemistry and photography.
Silver chloride turns grey in sunlight because of decomposition reaction. this decomposition reaction is called photoletic decomposition. 2AgCl gives Ag + Cl2 (silver (silver) (chloride) chloride)
The decomposition of silver chloride is catalyzed by light. When exposed to light, silver chloride decomposes into silver metal and chlorine gas.
The production of chlorine gas when calcium chloride is heated to decomposition is a chemical change. This is because a new substance (chlorine gas) with different chemical properties is formed as a result of a chemical reaction taking place between the calcium chloride and heat.
The word equation for breaking sodium chloride into its elements is: Sodium chloride (s) → Sodium (s) + Chlorine (g). This represents the decomposition of sodium chloride into sodium metal and chlorine gas.
When silver chloride (AgCl) decomposes, it breaks down into its constituent elements: silver (Ag) and chlorine (Cl). This decomposition typically occurs at high temperatures, around 275-300°C. Silver chloride is a white solid that is commonly used in analytical chemistry and photography.
Silver chloride turns grey in sunlight because of decomposition reaction. this decomposition reaction is called photoletic decomposition. 2AgCl gives Ag + Cl2 (silver (silver) (chloride) chloride)
The anion of chlorine is chloride (Cl-).
No, chloride cannot exist without chlorine. Chloride is an anion that is derived from chlorine by gaining an electron. Chlorine is a chemical element that is necessary for the existence of chloride.
When silver chloride is exposed to sunlight, it undergoes a decomposition reaction to form silver metal and chlorine gas. This reaction is a photochemical reaction, meaning that it is initiated by light.
Silver chloride undergoes a photochemical decomposition reaction in the presence of light, breaking down into elemental silver and chlorine gas. This reaction can be used in photography to develop images on film.
Potassium + Chlorine --> Potassium Chloride (potassium plus chlorine arrow potassium chloride)
Sodium chloride has two atoms in the formula unit (NaCl): sodium and chlorine.
no, but chlorine (cl) is chloride is the ionic compound of chlorine and a metal found on the periodic table eg. NaCl, sodium chloride or KCl, potassium chloride