How Could You Safely Determine if a Base is Stronger than an Acid?

how could you safely determine if a base is stronger than an acid

Acids and Bases

In this article you can find the answer for How Could You Safely Determine if a Base is Stronger than an Acid? You probably come across with this question ina quiz or exam. The choices should be:

a. Compare the taste of the base and the acid. 

b. Use a conductivity apparatus. 

c. Use blue litmus paper. 

d. Complete a hydrogen test. 

e. Compare the feel of the base and the acid.

How Could You Safely Determine if a Base is Stronger than an Acid

Question

How could you safely determine if a base is stronger than an acid? a. compare the taste of the base and the acid. b. use a conductivity apparatus. c. use blue litmus paper. d. complete a hydrogen test. e. compare the feel of the base and the acid.

Answer is use a conductivity apparatus because conductivity is the only parameter to determine if a base is stronger than an acid. If the electrical conductivity of the base is higher than acid, then the base is stronger.

How to Determine if a Base is Stronger than an Acid

How could you safely determine if a base is stronger than an acid? The answer is “use a conductivity apparatus“.

If you want to know why, you can continue reading.

Conductivity apparatus

To find out an acid or base is strong or weak, you need to check electricity conductivity. If an acid or base can conduct electricity strongly, it is a strong acid or base.

You can safely determine if a base is stronger than an acid by conductivity apparatus.

Compare the taste of the base and acid

The taste of acids is sour. Because acids have H+ ion which gives sour taste. The taste of bases are bitter. Because bases have OH- ion which tasts bitter. Bases are usually soapy in nature.

You can not safely determine if a base is stronger than an acid by taste comparison.

Litmus Paper

Litmus paper is a tool used to test whether a substance is an acid or a base. When a substance is dissolved in water, the resulting solution causes the color of litmus paper to change. The acidity or alkalinity of a solution is determined by the concentration of hydrogen ions or the strength of hydrogen, expressed as the pH value. The litmus test provides a quick result, but cannot determine the acidity or alkalinity level of a solution.

You can not safely determine if a base is stronger than an acid by litmus paper.

Feel of Base and Acid

Feel of bases is like soap, and feel of acids is wet. You shouldn’t touch acids or bases because they can damage your skin.

You can not safely determine if a base is stronger than an acid by feel comparison.

What are acid and base?

Acids and bases are substances that we encounter in every aspect of our lives. For example, acid rain is an important environmental problem. The acids in the gastric juice play an important role in digesting the foods we consume. The detergents we use while washing the laundry and dishes are basic.

Acid and base concepts give information about how substances behave in chemical reactions.

First, “What are acids and bases?” Let’s answer the question. There are multiple definitions for these concepts. One of the most widely used among these is the Arrhenius acid-base definition made by the Swedish scientist Svante Arrhenius. Accordingly, substances that give positively charged hydrogen ions (H3O+) to the solution when dissolved in water are defined as acids, and substances that give hydroxyl (OH-) ions are defined as bases.

When a hydrogen atom with a proton and an electron donates an electron, a positively charged hydrogen ion is formed.

The degree of acidity is measured by the pH value. Solutions with a pH value below 7 are defined as acidic, and solutions above 7 are defined as basic. Solutions with a pH of 7 are neutral.

We tried to explain how could you safely determine if a base is stronger than an acid in this article.

Don’t forget to check out “How to Draw H2O Lewis Structure“, “How to Draw CO Lewis Structure” and “How Many Valence Electrons Does Aluminum Have” articles to learn more about chemistry.

Here is another great source “CH3CH2CH3 Lewis Structure“.

Read “How Many Electrons are Unpaired in the Orbitals of Carbon” , “How Many Valence Electrons Does Carbon Have” and “How Many Moles of NH3 Can Be Produced from 13.5 mol of H2 and Excess N2?” to learn more!

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