Linked from

The 129 pages that link to pH, each with the reason it gives.

• Aluminium sulfateRelated: Its hydrolysis consumes alkalinity and can lower treated water's pH.

• Bromothymol blueRelated: Solution pH shifts the balance between the dye’s yellow and blue forms.

• Propionic acidRelated: The undissociated acid fraction depends on pH and influences preservative activity.

• Sodium dithioniteRelated: Acidity affects dithionite stability and the products formed as it decomposes.

• Sodium sulfiteRelated: Sulfite ions hydrolyze in water, making solution acidity relevant to its chemistry.

• AlkaliRelated: Dissolved alkalis generally raise solution pH by reducing hydrogen-ion activity.

• Hibiscus teaRelated: Acidity influences the taste and hue of hibiscus infusions.

• Methyl orangeNarrower topic: Methyl orange’s color indicates whether pH lies below, within, or above its transition interval.

• Mineral acidRelated: Dissolved mineral acids commonly lower a solution's pH.

• Potassium bisulfateRelated: The salt’s acid dissociation affects the pH of its aqueous solutions.

• Trisodium citrateRelated: Citrate’s protonation state and buffering behavior vary with solution pH.

• Acidity functionCompared with: Acidity functions extend acidity comparisons into media where pH is difficult to interpret or measure.

• AnthocyanidinRelated: Acidity shifts anthocyanidin-related pigments among differently colored molecular forms.

• Artturi Ilmari VirtanenNarrower topic: Lowering pH helps explain how acid treatment suppresses unwanted microbial activity in stored fodder.

• CadaverineRelated: Solution pH influences whether cadaverine is neutral or protonated.

• Disodium citrateRelated: Solution pH influences the proportions of hydrogen citrate and other citrate species.

• Iron(III) citrateRelated: It changes citrate protonation and ferric hydrolysis, shifting complex speciation.

• LyeRelated: A high pH describes the strongly alkaline solutions lye forms in water.

• Monosodium citrateRelated: Adding the salt can shift a food or formulation toward a desired pH.

• Potassium benzoateRelated: Lower pH increases the fraction of benzoate present as benzoic acid.

• Sodium orthovanadateRelated: Solution pH influences vanadate protonation, condensation, and enzyme inhibition.

• Sorbic acidRelated: Lower pH increases the fraction of sorbic acid in its undissociated, more antimicrobial form.

• 2-MercaptoethanolRelated: Solution conditions influence thiol ionization and the rate of disulfide reduction.

• AcidophileNarrower topic: Acidophile habitats are identified by their low pH.

• Ammonia solutionRelated: It quantifies the alkaline character produced by dissolved ammonia.

• Ammonium acetateRelated: The competing acid and base behavior of its ions determines solution pH.

• AnthoxanthinRelated: Changes in acidity can alter anthoxanthin structure and visible color.

• HydronRelated: It expresses solution acidity through hydron activity rather than simply counting bare ions.

• Tetrasodium EDTARelated: Protonation of EDTA donor groups changes its effective metal-binding strength with pH.