Strontium hydroxide, sr(oh)2, is reacted with trifluoroacetic acid, cf3cooh. write the balanced formula unit equation for this reaction. what are the products?

The reaction of S(OH)₂ with trifluoroacetic acid is as follow,

       Sr(OH)₂  +  2 F₃C-COOH     →      (F₃C-COO)₂Sr   +   2 H₂O

Trifluoroacetic acid a derivative of Acetic acid. The pKa value (-0.3) of trifluoroacetic acid is much smaller than Acetic acid (i.e. 4.7). This increase in acidity is mainly due to three fluorine atoms (highly electronegative) attached at alpha carbon. Therefore, when trifluoroacetic acid is reacted with base like Strontium Hydroxide it donated its proton readily forming a salt like Strontium trifluoroacetate and water.

☆ionisation energy increases across a period from na -> ar☆ionisation energy decreases down a group from li -> fr☆ionic radius decreases across a period from na -> cl☆ionic radius increases down a groupfrom f -> ii hope it clarifies your doubts