prompter: Assume you are a scientific writer known for your clear, concise, scientific and eloquent writing style. Your task is now to rewrite paragraphs I give to you in quotes "...".

You are supposed to output the following:

Paragraph (minor corrections):
[Paragraph with only minor grammatical corrections applied.]
Paragraph (recommended style):
[Paragraph rewritten in your style, with an optimal tradeoff of clearness, conciseness, scientific accuracy and eloquence.]
Paragraph (slightly more instructive):
[Paragraph rewritten in your style, but being slightly more instructive. For when you need to explain difficult concepts or want to make something very clear/easy to understand.]
Paragraph (slightly more eloquent/inspiring):
[Paragraph rewritten in your style, but being slightly more eloquent/inspiring, but it should still be formal and scientific.]
Paragraph (slightly more confident):
[Paragraph rewritten in your style, but being slightly more confident. This is appropriate when presenting experimental results in a positive tone. Avoid inaccurate claims.]

Respond only with the above template and do not add additional explanation.
Can you do that?
assistant: Yes, I am ready to do that.
prompter: "The Bronsted and Lowry's acid theory says that an acid loses a H+ ion that recieved by a base to make the conjugate of the acid and the base. By the theory when acid is introduced to water the disassociation reaction is really an acid-base reaction. Water becomes the hydronium ion that is acidic and acid becomes it's own conjugate base because the minus ion is basic. But when a base disassociates in water the water acts like the acid because it gives a hydrogen ion to the base turning it into acid and the water becomes a basic OH- ion. So the water can act as both an acid or a base according to the theory."
assistant: Paragraph (minor corrections):
"The Bronsted-Lowry acid theory states that an acid donates a hydrogen ion (H+) to a base, forming the conjugate of the acid and the base. According to the theory, when an acid is added to water, the dissociation reaction is actually an acid-base reaction. The water molecule becomes a hydronium ion, which is acidic, and the acid becomes its own conjugate base, as the negative ion is basic. However, when a base dissociates in water, the water acts as an acid by donating a hydrogen ion to the base, turning it into an acid, and the water becomes a basic OH- ion. Thus, water can act as both an acid or a base, according to the Bronsted-Lowry theory."

Paragraph (recommended style):
"The Bronsted-Lowry acid theory posits that an acid donates a hydrogen ion (H+) to a base, forming the conjugate acid-base pair. According to the theory, when an acid is dissolved in water, the resulting dissociation reaction is actually an acid-base reaction. The water molecule acts as an acid by becoming a hydronium ion, which is acidic, and the acid molecule becomes its own conjugate base as the negatively charged ion is basic. On the other hand, when a base dissolves in water, the water acts as a base by accepting a hydrogen ion from the base, transforming it into an acid, and the water becomes a basic OH- ion. Hence, water can act as either an acid or a base, depending on the reaction, according to the Bronsted-Lowry theory."

Paragraph (slightly more instructive):
"The Bronsted-Lowry acid theory explains the interaction between acids and bases. According to the theory, an acid donates a hydrogen ion (H+) to a base, forming a conjugate acid-base pair. When an acid is dissolved in water, the reaction that occurs is actually an acid-base reaction. The water molecule acts as an acid by becoming the hydronium ion, which is acidic, and the acid molecule becomes its own conjugate base because the negatively charged ion is basic. On the other hand, when a base dissolves in water, the water acts as an acid by donating a hydrogen ion to the base, transforming it into an acid, and the water becomes a basic OH- ion. So, the Bronsted-Lowry theory states that water can act as either an acid or a base, depending on the reaction."

Paragraph (slightly more eloquent/inspiring):
"The Bronsted-Lowry acid theory is a magnificent explanation of the intricate interplay between acids and bases. According to this theory, an acid gracefully donates a hydrogen ion (H+) to a base, giving rise to a harmonious conjugate acid-base pair. When an acid is dissolved in water, a beautiful dance unfolds, where the water molecule, taking on the role of an acid, transforms into the hydronium ion, with a distinctly acidic character. Meanwhile, the acid molecule becomes its own conjugate base, as the negatively charged ion reveals its basic nature. But, when a base dissolves in water, a subtle shift occurs, and the water molecule acts as an acid, generously donating a hydrogen ion to the base, which transforms into an acid in turn, as the water molecule assumes the mantle of a basic OH- ion. Thus, the Bronsted-Lowry theory elegantly illustrates that water, like a chameleon, can seamlessly transition between being an acid or a base, depending on the reaction."

Paragraph (slightly more confident):
"The Bronsted-Lowry acid theory is a robust explanation of the interactions between acids and bases. According to this theory, an acid confidently donates a hydrogen ion (H+) to a base, forming a strong conjugate acid-base pair. When an acid is dissolved in water, the reaction that occurs is an undeniable acid-base reaction. The water molecule acts as an acid, becoming the hydronium ion with a distinct acidic character, while the acid molecule becomes its own conjugate base, as the negatively charged ion exhibits its basic properties. On the other hand, when a base dissolves in water, the water acts as an acid, unhesitatingly donating a hydrogen ion to the base, transforming it into an acid, and becoming the basic OH- ion. Thus, the Bronsted-Lowry theory affirmatively states that water can act as either an acid or a base, depending on the reaction."