Science Kit

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Suppose you drop a coin-shaped magnet down the inside of a plastic pipe. It might take a half second to get to the bottom. Now repeat the same experiment with an aluminium pipe and you’ll find your magnet takes much longer (maybe three or four seconds) to make exactly the same journey. Eddy currents are the reason.
The aim of this experiment is to demonstrate the same.

Additional Information:

• Item Code: PH1081T

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A catapult is a device which is used to hurl projectiles over great distances. The entire catapulting process depends on the storing of potential energy as tension (of ropes or wooden arm) or gravitational potential energy.
This DIY kit shows the basic working principle of a catapult.

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Pencil Levitation - Science kit

Children find it educative and enjoyable to create this Levitating Pencil which works because of Magnetism.

Objective: This is a DIY kit which gives an opportunity for the students to be familiar with magnets and magnetism. Here the students can see how the north and south poles of the magnets behave when close to each other.

Material Used - EVA Foam and Plastic
Dimension - Length(cms)- 21, Widhth(cms)- 6, Weight(gms)-
150

Additional Information:

• Item Code: PH1003S

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This is a DIY kit which gives an opportunity for the students to be familiar with working principle of a hydraulic lift, verify and co-relate the theoretical aspects of Pascals Law while experimenting with it.

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Archimedes is considered to be one of the greatest mathematicians and inventors. His most famous theorem deals with the weight of a body immersed in water. It is known after him as the a Archimedes  Principle. It states that a body immersed in a liquid will be subjected to an upward force (buoyancy) equal in magnitude to the weight of the fluid it displaces.
The aim of this experiment is to demonstrate this concept.

Additional Information:

• Item Code: PH1027C

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This kit takes care of those itch set of hands which always want to do something naughty. Make your own slime and enjoy hours of fun with this exciting activity without spoiling your hands.

Material Used - Chemicals and Plastic
Weight (gms) - 250

Additional Information:

• Item Code: FN15002S

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Frictionless Propeller (Standing Pencil) - Magnetic Repulsion (Underlying Principle)
Frictionless Propeller also known as Standing pencil is a DIY kit designed with a view to demonstrate of magnetic fields of the same polarity repel each other.
Benefits:- 
1. It gives an oppurtinity to kids to understand various types of magnets and their properties.
Total Element:- MDF base sheet (set of 2) ,- EVA base sheet (set of 2) ,- Snap Button ,- Pencil, Ring Magnets,- Speaker magnet,- Plastic sticks,- Washer ,- Fan propeller
Material Used - MDF Board, EVA Foam, Plastic 
Dimension - 

Height (cms) - 15Weight (gms) - 250Daimeter (cms) - 9

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23 Degrees Earth is Tilted Vertically - Formation of Seasons on Earth (Underlying Principle)

This physics experiment verifies the aspect of earth's inclination.

Benefits:- 

1. When we imagine earth in space, we imagine the north pole pointing straight up and the south pole pointing down, In reality the poles do not point straight up and down but are tilted at 23 Degrees and thereby spin at an angle. It is because of this that sometimes the top half of the earth points towards the sun and sometimes away from it.  This is why we have sessons.
2. Helps student in enhancing the knowlegde of the earth’s roatation around the sun and position in the solar system.

Total Element:- This physics experiment contains - Base ,- Pulley 8 mm ,- Pulley 2 mm ,- Pen with LED & wire ,- Long beam ,- Radio belt,- Transparent ball with EVA,- Bent metal rod,- Globe ,- Small stopper ,Battery holder and switch ,- Double side tape roll 

Material Used - MDF Board, Plastic 

Dimension - 

Length (cms) - 30
Widhth (cms) - 7
Height (cms) - 5
Weight (gms) - 250

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Working of LED - Working of LED (Underlying Principle)

Peek into a colourful world with the help of this physics Experiment that explains functioning of a Light Emitting Diode (LED). An LED (light-emitting diode) is an invention that’s used when bright, low power and low heat lights are needed. In a diode, electrons rise to and fall from precise energy levels. When an electron falls to a lower energy level, light energy is emitted. It’s the size of the fall (the gap) that decides the frequency of the light .

Benefits:- 

1. This manipulative gives an opportunity to understand about restrict the flow of current from the source to the LED by using ressitance .

Dimension - 

Length (cms) - 9
Widhth (cms) - 9
Height (cms) - 5
Weight (gms) - 150

Product Details:

A first of its kind product designed and developed by YouDo, especially taking into account the existing lack of training resources for the subject. The Interactive table is full of features, all of which go a long way in meeting the learning objectives.
Some of the features are; interactivity, portability because of its size and ease of installation, generates increased interest, leading to enhanced participation in class discussions. All this ensures increased clarity of the subject. It is accompanied by cue cards designed especially for the teachers. This leads to consistency in following the lesson plans by the teachers. The blocks and other accessories are replenishable in case misplaced. It is also accompanied by quiz tests and games which can be incorporated during various phases of the syllabus to maintain the interest of the students as well as teachers.

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Most water filters quickly run out of chemicals that they use for cleaning the water. Sustainable water filtration DIY kit lets anyone make their own carbon filter from local materials which are easily available. The aim of this experiment is to make this filtration kit.

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In this experiment, copper strips react with the oxygen in the air to form a coating of copper oxide which has a typical green color. The aim of the experiments to study oxidization and its effects on Copper.

Additional Information:

• Item Code: CH119S

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You normally inflate a rubber balloon by blowing into it. This simple DIY experiment kit achieves the effect of inflating a balloon with the help of a chemical reaction.

Additional Information:

• Item Code: CH116C

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We have come across acids and bases many times. Some questions would have crossed your minds e.g. How do we compare the effects of acids and bases on indicators, How do we interpret chemical differences between acids and bases or How do we identity strength of acids and bases using indicators.
The aim of this experiment is to find out answers to these questions.

Additional Information:

• Item Code: CH109S

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We need food to survive and live a healthy life. Not necessarily all food items have the same food value. Unless we are aware of the types of food items, we will not be able to develop healthy eating habits
The aim of this experiment is to identify food items from plants and animals, classify the food items into different categories.

Additional Information:

• Item Code: BG10003C

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Pulleys are used in a variety of ways to lift loads, apply forces, and to transmit power. A pulley is composed mainly of a wheel fixed to an axle, around which a rope is wrapped that can be used to lift and move weighty objects. Pulleys can be fixed, movable, or compound.
Aim of this DIY kit is to make simple 1:4 tackle layout using a set of pulleys.

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We human beings breathe in and breathe out nearly 17000 to 30000 times in 24 hours. Our lung helps us in doing it.
The aim of this experiment is to understand the functioning of lungs in a human body.

Additional Information:

• Item Code: BG10002T

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Solar panels are devices that convert light into electricity. They are called “solar” panels because most of the time, the most powerful source of light available is the Sun. Some scientists call them photovoltaic which means, basically, “light-electricity.”
This DIY kit helps uses in assembling a simple solar panel based table lamp.

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Gyroscope - Conservation of Angular Momentum

Gyroscope is an intersting educational toy which introduces children to many mechanical principles. It is part of many scientific and transporation related like compases, mechanisms that steer rockets and missiles, automatic pilots and on airplanes and ships.

Material Used :- MDF Board, Plastic
Weight (gms) :- 250

Additional Information:

• Item Code: PH1006S

Product Details:

Maxwell wheel - Conservation of Energy (Underlying Principle)

The idea of making DIY teacher model is to empower teacher and students to create their own working model and perform with in a class .  It  gives an opportunity for the students to be familiar with the Maxwell Wheel. Here the students can see the relationship between potential and kinetic energy, linear momentum, angular momentum, nearly-elastic collisions, inertia, and torque.

Benefits:-

1. Maxwell wheel - DIY Kit is the classic way of showing the interplay between potential energy and kinetic energy, along with the effects of nearly-elastic collisions.

2. Easy to assemble and has a fun value also.

Total Element:- Base Plate,Vertical Stand ,Top horizontal plate ,Fly wheel with string and axle  

Material Used - Wood , Metal, String

Dimension - 

• Length (cms) - 15
• Widhth (cms) - 10
• Height (cms) - 27
• Weight (gms) - 200

Product Details:

Your Skeletal system is all about bones. When you are born, there are more than 300 bones in your body which reduce to 206 bones by adulthood. Some bones get fused to each other as you grow up. Your bones play an important role in providing support to your body and protection to organs. We have joints forming between bones
which help us move our body parts. The aim of this experiment is to study various joints in the human body.

Additional Information:

• Item Code: BG10001T

Product Details:

This Kit gives a chance to the students to see the formation and effect of Eddy currents.