Respuesta :

Ifecosos

Answer:

The required equation is: HBr + KOH ==> KBr + H2O

Explanation:

This a neutralisation reaction. The first thing to note is that this type of reaction forms salt and water.

Note that the formula of water is H2O. So write this at the right hand side.

                                     ==> H2O

Next note that the salt should contain the acid radical (Br) and the metallic part of the base (K) written well following the rule for writing chemical equation; thus

                                     ==> KBr + H2O

The next step is to write the reactants at the right hand side of the equation;

                          HBr + KOH ==> KBr + H2O

The final step is to count the number of atoms in each side of the equation to make sure they are eqaul and balanced.

The equation HBr + KOH ==> KBr + H2O is balance.

Olajidey

Answer:

We have a sstrong acid  called  hydrobromic , reacting with  Potassium hydroxide, KOH, is a strong base. The equation of reaction is:

[tex]HBr_(_a_q_) + KOH_(_a_q_) ----- H_2O_(_l_) + KBr_(_a_q_)[/tex]

Explanation:

Every acid-base reaction produces water and an aqueous salt through an exchange reaction. Complete and balance the chemical equation.

We have a sstrong acid  called  hydrobromic , reacting with  Potassium hydroxide, KOH, is a strong base. The equation of reaction is:

[tex]HBr_(_a_q_) + KOH_(_a_q_) ----- H_2O_(_l_) + KBr_(_a_q_)[/tex]

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