basic solutions have more bases in them, molecules that release 0H- ions in the solution. acidic solutions have more acids, molecules that give off H+ ions in the solution
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.
Red color in acidic solutions and blue color in basic solutions.
Basic solutions have a higher concentration of hydroxide ions (OH-) compared to acidic solutions. This property allows basic solutions to have a pH greater than 7, while acidic solutions have a pH less than 7.
Alkaline solutions are basic, not acidic. They have a pH greater than 7, indicating a higher concentration of hydroxide ions.
Litmus is not neutral, but rather an indicator that changes color in the presence of acidic or basic solutions. It turns red in acidic solutions and blue in basic solutions.
basic solutions
neutral
Cyanidin is red in acidic solution, and blue in basic solution
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.
In acid conditions it is colorless and in basic conditions it is pink and then bright red
The common property that both acidic and basic solutions share is the ability to conduct electricity due to the presence of ions (H+ or OH-) in the solution. This is why acidic and basic solutions are termed as electrolytes.
Urea is a neutral compound. It is neither acidic nor basic in aqueous solutions.