Hey, students, this is Rajan,
As all of you, am also the lover of the science stream. During school time, I also go through the confusions like .... what project should I submit so that I get maximum marks and knowledge about the project/models.
here I will show you the top best models which you must have to make during school time so that the interest of science should be with you throughout life ......
Top 10 best models for 6,7,8,9 and 10 Class
1)Light passing through a hole in a straight line(thermocol model):
This is the best model to make on the LIGHT topic.
In this a candle is placed in one of end and having an observer eye on another end, Model Consist of partitions of thermocols, having holes in between them and these thermocols are in a straight line (Collinear). After the flaming candle, the observer sees from another end that light passes in the straight path.
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| light passing through a hole in a straight line(thermocol model) |
2) Periscope :
The device used to see the objects which are
not parallel to the horizontal ray of an eye, one of the best example of periscope
application is to see the outer objects above the sea level through the submarine submerged under the water,
with
the help of cuboidal box and 2 mirrors placed at 45 degrees make this possible to
see object
and
this also works on the principle of reflection of light.
Periscope sometimes used in tanks, army vehicles, in naval ships, to safeguard themself from any type of warning or enemy attacks.
Periscope sometimes used in tanks, army vehicles, in naval ships, to safeguard themself from any type of warning or enemy attacks.
3)Kaleidoscope :
kaleidoscope is an optical instrument that works on the principle of Reflection. Observer eye on one ends and the colorful view or image on another side, as light enters inside the kaleidoscope, series of mirrors inside the kaleidoscope form symmetrical images of design ( colorful images). Kaleidoscope also have further types :
1. Microscopic kaleidoscope
2. Polycentral kaleidoscope etc.
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| Science working model - a kaleidoscope |
4) Newton cradle
:
Another beautiful model or project with the use of marble or metallic balls of the same size and mass. This newton cradle based on the principle of the law of conservation of momentum.After viewing this model with its working one can know what may be the impact of collision of the ball, After colliding small ball with a large ball and what is nature of overall impact ......... By comparing with the real-world we can also know about billiard ball movement after colliding and …….why they stop immediately during the strike or move in the same direction of the colliding ball.
etc……
Another beautiful model or project with the use of marble or metallic balls of the same size and mass. This newton cradle based on the principle of the law of conservation of momentum.After viewing this model with its working one can know what may be the impact of collision of the ball, After colliding small ball with a large ball and what is nature of overall impact ......... By comparing with the real-world we can also know about billiard ball movement after colliding and …….why they stop immediately during the strike or move in the same direction of the colliding ball.
etc……
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| Science working model - newton's cradle |
5) Dynamo model :
A device which can be used to convert mechanical energy into DC electric energy A dynamo is an electrical the generator that creates direct current. Dynamos, usually driven by steam engines, but can be driven by some other mechanical means also, Dynamos were widely used in power stations to generate electricity for domestic purposes and industrial but to show as school the project model is an excellent project which increases the interest and desire of learning physics in the field of magnetism and electricity.
The electric dynamo having coils which rotates and magnetic fields generated are used to convert mechanical rotation into a direct electric current .which further can be used for different purposes.
Dynamo Works on the principle of Faraday's law of induction and Lenz's law.
A device which can be used to convert mechanical energy into DC electric energy A dynamo is an electrical the generator that creates direct current. Dynamos, usually driven by steam engines, but can be driven by some other mechanical means also, Dynamos were widely used in power stations to generate electricity for domestic purposes and industrial but to show as school the project model is an excellent project which increases the interest and desire of learning physics in the field of magnetism and electricity.
The electric dynamo having coils which rotates and magnetic fields generated are used to convert mechanical rotation into a direct electric current .which further can be used for different purposes.
Dynamo Works on the principle of Faraday's law of induction and Lenz's law.
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| Science working model- Dynamo |
6)Lever mechanism (force and moment ):
This model or the project shows the with the help of force and distance we can lift a higher weight with low force and the concept of the moment came into play
M = F X distance
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| Science working model |
7) Magnetic field
lines model :
Simplest and low cost model in which we need to show the electric field lines on paper placed on cardboard with the help of magnetic bar and sprinkled magnetic pieces, which require a definite pattern around the magnet.
Simplest and low cost model in which we need to show the electric field lines on paper placed on cardboard with the help of magnetic bar and sprinkled magnetic pieces, which require a definite pattern around the magnet.
8) Solar system model
:
In this model, we can represent our solar system on a very small working model to know the actual relative size and color of our different planets with respect to each other. With the help of balls and stick or thin bars having support at the center can be used as an accessory for the project.
In this model, we can represent our solar system on a very small working model to know the actual relative size and color of our different planets with respect to each other. With the help of balls and stick or thin bars having support at the center can be used as an accessory for the project.
9.)Atomic model :
The imaginary part of science in which all the fundamental particles are shown as a model, for this student, can use colored marbles to represent the electrons and big marble or ball as combination neutrons and protons(Nucleus) at the center. With the help of supporting a circular case, we can build this model. We can show an atomic model of different atoms.
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| Science working model- atomic model |
10)
Human HEART ( THERMOCOL MODEL ) ;
The heart pumps blood with a rhythm determined by a group of pacemaking cells. With the help of themmocol and colorful painting colors and markers,, we can make the best biological model like the heart, eyes, brains, etc. but there is a limitation of this project that is we can't show it's working, that how the blood will flow inside it.
The heart pumps blood with a rhythm determined by a group of pacemaking cells. With the help of themmocol and colorful painting colors and markers,, we can make the best biological model like the heart, eyes, brains, etc. but there is a limitation of this project that is we can't show it's working, that how the blood will flow inside it.
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| Science working model- Human heart |
11 ) Model-based on
the sound topic:
with the help of this model, we can show the longitudinal and transverse waves which are produced from a metal bar or horn. As we can't see the waves but we can make a model understand better by use of a horn or metal bat.
with the help of this model, we can show the longitudinal and transverse waves which are produced from a metal bar or horn. As we can't see the waves but we can make a model understand better by use of a horn or metal bat.
