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Chemistry class 12th Physical_Properties_Explanation

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Transition metals exhibit unique physical properties due to their d-electron configuration and metallic bonding. They have high melting and boiling points due to strong metallic bonds formed by delocalized electrons. Their high density results from closely packed atomic structures. Good electrical and thermal conductivity arises from free-moving electrons. They are hard and strong due to metallic bonding and variable oxidation states. Malleability and ductility result from non-directional bonding, allowing atoms to slide past each other. Magnetic properties in some (e.g., iron, cobalt, nickel) stem from unpaired d-electrons. These properties make transition metals essential in industrial and technological applications.

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Physical Properties - A Comprehensive Explanation


1. Introduction
Physical properties are characteristics of a substance that can be observed or measured without
changing its chemical identity. They are crucial in various scientific and engineering applications.


2. Types of Physical Properties
a) Extensive Properties
Extensive properties depend on the amount of substance present. Examples include:
- Mass
- Volume
- Length
- Energy


b) Intensive Properties
Intensive properties do not depend on the amount of substance. Examples include:
- Density
- Temperature
- Boiling Point
- Melting Point
- Conductivity
- Hardness


3. Measurement of Physical Properties
Physical properties are measured using different instruments:
- Mass: Measured using a balance.
- Volume: Measured using graduated cylinders or volumetric flasks.
- Temperature: Measured with thermometers.
- Conductivity: Measured using conductivity meters.


4. Applications in Different Fields
- Physics: Used in material classification and mechanics.
- Chemistry: Helps in identifying and differentiating substances.

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Publisher: 2019 ISBN: 9789351764649 Edition: Unknown

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