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Acids, Bases and Salts Class 10 PPT

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ACID,
BASES AND
SALTS
Class - 10
Page 2


ACID,
BASES AND
SALTS
Class - 10
It is defined as a chemical compound
that has a distinct sour flavour and
possesses the property of being acidic. 
Chemically, it is characterized by a pH
value that is less than 7.
Examples: Acetic acid (vinegar) Citric
acid (lemon juice)
What are Acids?
Page 3


ACID,
BASES AND
SALTS
Class - 10
It is defined as a chemical compound
that has a distinct sour flavour and
possesses the property of being acidic. 
Chemically, it is characterized by a pH
value that is less than 7.
Examples: Acetic acid (vinegar) Citric
acid (lemon juice)
What are Acids?
 The term ‘acid’ has been derived from
the Latin word, 'acidus' which means
sour.
Acids have a sour taste. They turn blue
litmus solution red. 
They give H+ ions in an aqueous solution.
Properties of Acids :
What are Acids?
Page 4


ACID,
BASES AND
SALTS
Class - 10
It is defined as a chemical compound
that has a distinct sour flavour and
possesses the property of being acidic. 
Chemically, it is characterized by a pH
value that is less than 7.
Examples: Acetic acid (vinegar) Citric
acid (lemon juice)
What are Acids?
 The term ‘acid’ has been derived from
the Latin word, 'acidus' which means
sour.
Acids have a sour taste. They turn blue
litmus solution red. 
They give H+ ions in an aqueous solution.
Properties of Acids :
What are Acids?
 1.Strong Acids: An acid, which
dissociates completely or almost
completely in water are strong acids.
Examples: HCl, H 2SO 4, and HNO 3. 
Categories of Acids
4.Dilute Acids: A dilute solution is a liquid
having a lower solute content. (More
amount of water + Less amount of acid).
Examples: H 2SO 4 with a concentration of
5% is considered a dilute acid.
3. Concentrated Acids: A concentrated
solution is a liquid with a high solute
concentration. A dilute solution is a liquid
having a lower solute content. (More
amount of acid + Less amount of water).
Examples: Conc. H 2SO 4 and Conc. HCl 
2. Weak Acids: Acid that dissociates
only partially when dissolved in water
are weak acids. Examples: CH 3COOH,
Oxalic acid, and Lactic acid. 
Page 5


ACID,
BASES AND
SALTS
Class - 10
It is defined as a chemical compound
that has a distinct sour flavour and
possesses the property of being acidic. 
Chemically, it is characterized by a pH
value that is less than 7.
Examples: Acetic acid (vinegar) Citric
acid (lemon juice)
What are Acids?
 The term ‘acid’ has been derived from
the Latin word, 'acidus' which means
sour.
Acids have a sour taste. They turn blue
litmus solution red. 
They give H+ ions in an aqueous solution.
Properties of Acids :
What are Acids?
 1.Strong Acids: An acid, which
dissociates completely or almost
completely in water are strong acids.
Examples: HCl, H 2SO 4, and HNO 3. 
Categories of Acids
4.Dilute Acids: A dilute solution is a liquid
having a lower solute content. (More
amount of water + Less amount of acid).
Examples: H 2SO 4 with a concentration of
5% is considered a dilute acid.
3. Concentrated Acids: A concentrated
solution is a liquid with a high solute
concentration. A dilute solution is a liquid
having a lower solute content. (More
amount of acid + Less amount of water).
Examples: Conc. H 2SO 4 and Conc. HCl 
2. Weak Acids: Acid that dissociates
only partially when dissolved in water
are weak acids. Examples: CH 3COOH,
Oxalic acid, and Lactic acid. 
Sodium hydroxide (NaOH)
Calcium hydroxide (Ca(OH) 2)
Potassium hydroxide (KOH).
A chemical compound that has a distinct bitter
taste and possesses the property of being basic is
defined as a base. Chemically, it is characterized by
a pH value that is more than 7, indicating that it has a
higher concentration of hydroxide ions than
hydrogen ions. Bases are often slippery to the touch
and are typically found in cleaning products, soaps,
and many other industrial and household
applications.
Examples:
What is a Base? 
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FAQs on Acids, Bases and Salts Class 10 PPT

1. What are acids, bases, and salts?
Ans. Acids, bases, and salts are three types of chemical compounds. Acids are substances that have a sour taste, can turn blue litmus paper red, and react with metals to produce hydrogen gas. Bases, on the other hand, have a bitter taste, can turn red litmus paper blue, and feel slippery to the touch. Salts are formed when an acid reacts with a base, resulting in the formation of a neutral compound.
2. How do acids and bases differ from each other?
Ans. Acids and bases differ from each other in terms of their chemical properties and effects. Acids have a pH value less than 7 and can donate protons or accept pairs of electrons. Bases, on the other hand, have a pH value greater than 7 and can donate pairs of electrons or accept protons. Acids and bases also react with each other to form salts and water in a process called neutralization.
3. What are some examples of common acids, bases, and salts?
Ans. Some examples of common acids include hydrochloric acid (HCl), sulfuric acid (H2SO4), and citric acid (C6H8O7). Common bases include sodium hydroxide (NaOH), potassium hydroxide (KOH), and calcium hydroxide (Ca(OH)2). Examples of salts include sodium chloride (NaCl), calcium carbonate (CaCO3), and potassium sulfate (K2SO4).
4. How are acids, bases, and salts used in everyday life?
Ans. Acids, bases, and salts have various uses in everyday life. Acids like citric acid are used as food additives to provide a sour taste, while sulfuric acid is utilized in car batteries. Bases like sodium hydroxide are used in cleaning products, and calcium hydroxide is used in agriculture to neutralize acidic soils. Salts such as sodium chloride are used for cooking and preserving food, while calcium carbonate is used in toothpaste and antacids.
5. What are the effects of acids, bases, and salts on our health and the environment?
Ans. Acids and bases can have harmful effects on our health and the environment. Strong acids and bases can cause burns or injuries when they come into contact with the skin or eyes. In high concentrations, they can also cause respiratory issues when inhaled. Salts, on the other hand, are generally less harmful but can have negative impacts when present in high quantities in water bodies, leading to changes in pH levels and affecting aquatic life. It is important to handle and dispose of these substances properly to minimize their impact.
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