Once HCl is added in solution, the ions would dissociate into their component parts
(H+ and Cl-). As per the second equation, adding more H+ would initially increase the quantity
of products, thusly shifting the reaction towards the reactants by LeChatlier\'s Principle. If
NaOH was added, the dissociation would create OH- anions that would soak up H+ cations. By
removing products, the equlibrium is shifted towards the products by LeChatlier\'s Principle.
Best of wishes! (:
Solution
Once HCl is added in solution, the ions would dissociate into their component parts
(H+ and Cl-). As per the second equation, adding more H+ would initially increase the quantity
of products, thusly shifting the reaction towards the reactants by LeChatlier\'s Principle. If
NaOH was added, the dissociation would create OH- anions that would soak up H+ cations. By
removing products, the equlibrium is shifted towards the products by LeChatlier\'s Principle.
Best of wishes! (:.
Python Notes for mca i year students osmania university.docx
Once HCl is added in solution, the ions would dis.pdf
1. Once HCl is added in solution, the ions would dissociate into their component parts
(H+ and Cl-). As per the second equation, adding more H+ would initially increase the quantity
of products, thusly shifting the reaction towards the reactants by LeChatlier's Principle. If
NaOH was added, the dissociation would create OH- anions that would soak up H+ cations. By
removing products, the equlibrium is shifted towards the products by LeChatlier's Principle.
Best of wishes! (:
Solution
Once HCl is added in solution, the ions would dissociate into their component parts
(H+ and Cl-). As per the second equation, adding more H+ would initially increase the quantity
of products, thusly shifting the reaction towards the reactants by LeChatlier's Principle. If
NaOH was added, the dissociation would create OH- anions that would soak up H+ cations. By
removing products, the equlibrium is shifted towards the products by LeChatlier's Principle.
Best of wishes! (:
