Sometimes the change that we see in a substance is due to some reactions that take place at the molecular level. This means that what we see with our naked eyes (macroscopic changes) is due to the change at the fundamental atomic level (microscopic changes). So, to understand the science behind any reaction or particular matter, both properties are crucial.
The main difference between macroscopic and microscopic is that the term macroscopic is related to the properties of the bulk, things that are visible to the naked eye. On the other hand, microscopic properties deal with the constituents of the matter and cannot be seen with the naked eye.
The word macroscopic is related to any object/process that can be seen with our naked eyes. So, studying macroscopic properties means any change in a specific property that can be seen without any special equipment. And, macroscopic analysis refers to mainly a general analysis.
The word microscopic is related to the constituents of any substance (bulk matter) which means microscopic properties refer to the properties at an atomic or molecular level. The change in the microscopic properties cannot be seen with the naked eye and requires special equipment.
|Parameters of Comparison||Macroscopic||Microscopic|
|Definition||The macroscopic term is associated with the bulk properties of substances.||The microscopic term is associated with the properties of the constituents of the matter.|
|Visibility||The changes in macroscopic properties are visible to the naked eye.||The changes in microscopic properties are not visible to the naked eye.|
|Significance||Macroscopic properties are concerned with the overall behavior of the system.||Microscopic properties are concerned with the very fundamental structure of the matter.|
|Measurements||Macroscopic properties have big units of measurement such as kilogram, liter, gram/liter, etc.||Microscopic properties have small units of measurement such as micrometer, milligram, angstrom, etc.|
|Thermodynamics||Macroscopic properties are used for studying classical thermodynamics.||Microscopic properties are used for studying statistical thermodynamics.|
|Example||Some examples are pressure, temperature, and volume.||Atomicity, chemical bonding, hydrogen bonding, intermolecular forces, etc.|
Macroscopic is a property of an object that refers to the size that is visible without a microscope. For example, a tiger is visible without a microscope whereas a bacterium is not visible without a microscope. So, in this case, the tiger is exhibiting macroscopic properties. Another example is when we mix a solid substance in a liquid solution and stir it continuously. After some time, the solution becomes homogeneous. Hence, solubility is a macroscopic property but how the solid particles gradually became soluble by breaking the intramolecular bonds is invisible.
The word macro has been derived from the Greek word makros which means long or large. In physics, the macroscopic domain refers to those phenomena that occur at a large scale, consume a lot of energy, or change that are visible. Some of the examples of the macroscopic domain are the dispersion of white light through a prism, the direction of various chemical and physical processes, the propulsion of a rocket, etc.
Some of the other prominent macroscopic properties that we deal with in daily life are volume, pressure, viscosity, resistance, etc. The data to study the behavior of a macroscopic property is often expressed in graphical methods through various types of curves.
Microscopic is a physical property of an object meaning it cannot be visible to the naked eye. These objects are visible under a high-power microscope. The very fundamental unit of every element in this universe is an atom which is a microscopic element. So, for every reaction, to understand how new products are formed from reactants, microscopic level studies are to be done.
The study of various elements and their structure (number of neutrons, protons, electrons, etc.) are all microscopic level studies. The behavior of various microscopic organisms such as bacteria, viruses, protozoa, etc. is studied under high-power microscopes. It was in the mid-seventeenth century that a compound microscope was used for the first time to make discoveries.
Microscopes are laboratory equipment that helps in the study of microscopic organisms. Among various types of microscopes used in doing high-level research, four microscopes are widely used. These are compound, stereo, digital, and pocket microscopes. Students are taught from an early age how to use a microscope and observe the behavior of various cells under it. The magnification scale of a microscope can also be changed using a rotating device. The objective lens and the eyepiece are the two most important parts of a microscope.
- The changes in macroscopic properties of a system can be seen with naked eyes whereas the changes in macroscopic properties of a system cannot be seen with naked eyes.
- In macroscopic analysis, the number of variables required to determine the behavior of a system is very less whereas several variables are required for microscopic analysis.
- Macroscopic properties like temperature, pressure, etc. are easily measured in a system whereas macroscopic properties like change in kinetic energy, atomicity, etc. are hard to measure.
- The mathematical approach for doing macroscopic analysis is simple but for doing microscopic analysis advanced statistical techniques are required.
- Laboratory instruments like microscope is not required for studying macroscopic objects but are very crucial but studying microscopic objects.
From a single object to a system, every matter exhibits both macroscopic and microscopic properties. Most of the time, the change in the microscopic level causes the change in the macroscopic level that becomes visible to our naked eyes. For example, in a chemical reaction, we often see a change in color after we heat two solutions together or just simply mix. The color change or the temperature change is the macroscopic change but as the chemical bonds in the substances are breaking and new bonds are forming that is causing the color change is a microscopic change. The study of microscopic properties requires many advanced techniques both in practical and theory.