A reversible reaction
NH⁴Cl(s)->NH³(g) + HCl(g)
..............<-
Hydrochloric acid
Cotton wool soaked in ammonia gas and another soaked in HCl gas and put in glass tubing.
Wait for gasses to diffuse in tubing creating a white ring of ammonium chloride.
Thermal decomposition of ammonium chlordie
Heating ammonium chloride splits it into hydrogen chloride gas and ammonia gas(endothermic)
Cooling these products produces ammonium chloride again(exothermic)
NH⁴Cl(s) <->NH³(g) + HCl (g)
Hydration of copper (ll) sulfate
Mixing anyhrous copper sulfate and water it turns blue. Equally you can remove the water turning it into a white powder.
CuSO⁴ (s) + 5H²O<->CuSO⁴•5H²O(s)
Thermal decomposition of 1.ammonium chloide
2.metal catbonates to produce carbon dioxide e.g copper carbonate
The reactions which will occur in both directions at the same rate whilst maintaining the same concentration of products and reactants
No
It inceases the rate in both directions equally so therefore doesnt have an effect
Increase(decrease) in temperature shifts the position of equilibrium in the direction of the endothermic(exothermic)reaction
An increase (or decrease) in pressure shifts the position of equilibrium in the direction that produces fewer(or more) moles of gas
The proportion of components. If there are more products than reactants the position lies to the right (vise versa)