Claim 1: a method for preparing a mixture of Water Tank composed of a component associated with a component related to glyphosate and dicamba, characterized in that it comprises a composition combining Concentrated aqueous Composition of dicamba, glyphosate, con Ta for one or more Salt of dicambaAnd add an appropriate amount of water for dilution and mixing Tank, where the concentrated composition comprising a Salt of glyphosate from glyphosate that is selected from the group consisting of monoethanolamine Salt, potassium salt and mixtures thereof,And Presents a load of at least approximately 240 grams of glyphosate acid equivalents per Liter (G E. \/ i), where the PH of the dilution composed by 5% by weight of the equivalent Concentrated acids Composition of glyphosate is in the range of between approximately 5 and Approximately 6.5.The Method of claim 13: According to any one of claims 1 to 12, wherein the concentration of glyphosate composition also comprises one or more surfactants.The Method of claim 14: According to claim 1, wherein the Surfactant comprises a Quaternary ammonium salt of formula (1),Where r\u00b9 is a hidrocarbilo or hidrocarbilo replaced comprising between 1 and approximately 30 carbon Atoms R\u00b2 in each group (r\u00b2o) and \u02e3 (r\u00b2o) is a \u02b8 regardless alquileno c\u2082\u208b\u2084 r\u00b3 is Hydrogen or a linear or branched alkyl group comprising between 1 and Approximately 4 carbon Atoms r\u2074 is a hidrocarbilo or hidrocarbilo replaced comprising between 1 and APROximadamente 30 carbon Atoms the average value of X and y is selected independently between 1 and approximately 40 and an anion x\u207b is acceptable for Agricultural applications. Claim 24: The Method according to claim 13 to 23, wherein the Surfactant comprises a alquilpolisac\u00e1rido.Claim 25: The Method according to claim 24, wherein the Surfactant type of alquilpolisac\u00e1ridos presents a structure of formula (3): r\u2079 - or - (SUG) \u1d58 (3) where r\u2
