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Electrolytes can be both acidic and basic. It depends on the specific electrolyte and its chemical properties. Some electrolytes can produce acidic solutions, while others can produce alkaline (basic) solutions.
Sb2S3 is an acidic compound. When it dissolves in water, it forms antimony ions that can react with water to produce acidic solutions.
Litmus paper reacts with acidic solutions by turning red and with basic solutions by turning blue. Phenolphthalein changes color from colorless in acidic solutions to pink in basic solutions. Universal indicator changes color according to the pH of the solution, exhibiting a range of colors from red for acidic solutions to purple for basic solutions.
An acidic solution contains H+ ions, a basic solution contains OH- ions.
Phenolphthalein, a pH indicator, is colorless in acidic solutions and turns pink in basic solutions due to a change in its molecular structure. In an acid, the phenolphthalein molecule retains its colorless form as it undergoes a chemical reaction with the acidic environment.
Excepting beryllium, the others mentioned elements produce basic solutions when are dissolved in water.
just acidic solutions
Electrolytes can be both acidic and basic. It depends on the specific electrolyte and its chemical properties. Some electrolytes can produce acidic solutions, while others can produce alkaline (basic) solutions.
Sb2S3 is an acidic compound. When it dissolves in water, it forms antimony ions that can react with water to produce acidic solutions.
Litmus paper reacts with acidic solutions by turning red and with basic solutions by turning blue. Phenolphthalein changes color from colorless in acidic solutions to pink in basic solutions. Universal indicator changes color according to the pH of the solution, exhibiting a range of colors from red for acidic solutions to purple for basic solutions.
Non-metal oxides are often referred to as acidic oxides because they produce acidic solutions when they are dissolved in water. These oxides are typically formed by non-metal elements combining with oxygen.
I am a little unsure of your question. Reactions can't be acidic, but solutions can be. When HI dissolves it dissociates into ions. (H+ and I-) An acid is defined as a donor of H+ so HI dissolved in water is acidic
An acidic solution contains H+ ions, a basic solution contains OH- ions.
Phenolphthalein, a pH indicator, is colorless in acidic solutions and turns pink in basic solutions due to a change in its molecular structure. In an acid, the phenolphthalein molecule retains its colorless form as it undergoes a chemical reaction with the acidic environment.
Acidic oxides are compounds that react with water to form acidic solutions. These oxides typically contain nonmetals, such as sulfur or nitrogen, and when they dissolve in water, they produce acidic solutions capable of neutralizing bases. Examples of acidic oxides include sulfur dioxide (SO2) and nitrogen dioxide (NO2).
No, halogens are a group of non-metal elements that are part of the periodic table. They are not alkaline solutions; in fact, they tend to form acidic solutions when they react with water.
Concentrated aqueous solutions of ZnCl2 are acidic.