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1. Electricity, Circuits and Simulation- TinkerCAD (Inventor)
In the session we will learn about designing circuits on TinkerCAD
- Objectives
- Protected: Engage – Understanding the topic (Workbook reading)
- Protected: Engage – What is Electricity?
- Protected: Explain – Learn How electrical appliances works
- Protected: Explore – Learn about Tinker CAD
- Protected: Evaluate – Quiz
- Protected: Assignment
- Protected: Assignment – Electricity and circuits
- Protected: Document for using Tinker cad – Only for teacher
- Protected: NCERT Text book – Effects of electric current
- Protected: Do it your self
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2. Design Attention Seeking Puppet (Inventor)
Learn to build an attention seeking puppet and sharpen your understanding of electric circuits
- Objectives
- Engage- Sound Waves
- Explore – longitudinal waves
- Protected: Explore – Components of attention seeking puppet
- Protected: Elaborate – Design a attention seeking puppet
- Protected: Explain – Learn about attention seeking puppet
- Protected: Evaluate Quiz on sound
- Protected: Assignment S-calling bell circuit
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3. Application of Electromagnetism- DC Motor (Inventor)
Learn how electromagnetic effect is used in everyday objects around you and build a DC motor to understand its basics!
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4. Electromagnetic Swing (Inventor)
Use your knowledge of Electromagnetism and build a DIY Electromagnetic Swing
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5. Natural Forces and Motion- Newton's Laws (Inventor)
Learn about different types of forces, both contact and non-contact forces; learn about Newton's basic laws
- Objectives
- Protected: Engage -Newton’s Laws of Motion
- Protected: Explore – Third Law of Motion – Balloon launcher
- Protected: Elaborate – Make a balloon spinner
- Explain – Working of Third Law of Motion
- Protected: Evaluate – Assignment S-Natural forces and its motion
- Protected: Test your understanding S6
- Protected: Assignment
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6. Understand types of Propellers (Inventor)
Experiment with different kinds of DIY propellors to understand the effect of wind on different sized and shaped wings!
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7. Building of Newton Superhero (Inventor)
Build a STEM based Project to understand motion due to wind and Centre of Gravity
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8. Wind and Motion- Bernoulli's Magic -Learn about Aerodynamics (Inventor)
Understand what aerodynamics is and how to apply aerodynamic effect in real life
- Objectives
- Protected: Engage – Understand Air Pressure
- Protected: Explore – Make a Ball Hover
- Protected: Explain – Learn the science of Hovering Ball
- Protected: Explore – Activity Sumo wrestler
- Protected: Elaborate – Learn to Build Ring Wing Glider
- Protected: Explain – Understand working of Ring wing Glider
- Protected: Explain – Understand aerodynamics
- Protected: Explain – How does an Aeroplane Fly
- Protected: Evaluate – Worksheet – Aerodynamics
- Protected: Test your understanding S9
- Protected: Test your understanding S10
- Protected: Home Work- Paper Planes
- Protected: Assignment 1 – Balloons in Love
- Protected: Assignment 2 – Design an Aerofoil
- Protected: Assignment
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9. Projector Shadow
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11. Measure Light -Design a Backlit Board (Inventor)
Understand the use of a Potentiometer to control the intensity of light to build a STEM based prototype!
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10. Explore Potentiometer (Inventor)
Learn about light and what light is made up of, how it travels and how to measure its intensity!
- Protected: Engage – Know about light
- Protected: Explain – LUX meter
- Protected: Engage – Measure Light
- Protected: Explain – Working of potentiometer
- Protected: Explain Video – Potentiometer
- Protected: Evaluate -Test your understanding S11
- Protected: Evaluate- Assignment- Variable Resistance
- Protected: Assignment- Light
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12. Making Bedlamp (Inventor)
Use your knowledge from the potentiometer prototype and build your very own STEM Project- Bedlamp
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0. Design thinking - Build a Gyrocopter
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Tinkering Projects - Design Thinking
Explain – Working of Third Law of Motion
How does it work?
Newton’s third law explains how balloons and rocket engines work. When the neck of an inflated balloon is released, the stretched rubber material pushes against the air in the balloon. The air rushes out of the neck of the balloon. This is because the air inside the balloon is under high pressure (high-pressure area) and it wants to move outside (low-pressure area). The action of the air rushing from the balloon pushes against the balloon, moving it in the opposite direction.
When rocket fuel is burned, hot gases are produced. These gases expand rapidly and are forced out of the back of the rocket. This is the action force. The gases exert an equal and opposite force on the rocket itself. This is the reaction force. This force pushes the rock upward. Remember, action and reaction forces always work in the direction opposite to each other!
