For kids, physical activities and toys are naturally the most fascinating. As they get immersed in play and get a feel of how it works, they learn the tricks to gain amusement from the task. Most of us don’t realize that kids learn and comprehend physical laws while playing.

Playground activities like Slide Friction, See-Saw Balance, and Curve Balls attribute physics principles like friction, gravity, rotational pull, and centrifugal forces.

Rather than just reading about scientific ideas, kids learn first-hand about the basic principles of Physics during outdoor games. Cycling is also considered one of the major ways of developing several Physics principles of motion, forces, balance, and velocity ratios. Swings, on the other hand, help them realize angular momentum, the idea of masses in a circular motion.

There is a whole world of Physics for kids on the internet. Let's find out the fun and interesting things you can learn and understand in online Physics classes for kids in India!

The best Physics tutors available
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4.9
4.9 (40 reviews)
Sanjay
₹550
/h
Gift icon
1st class free!
Richa
4.9
4.9 (57 reviews)
Richa
₹900
/h
Gift icon
1st class free!
Faizan
4.9
4.9 (13 reviews)
Faizan
₹500
/h
Gift icon
1st class free!
Shilpa
4.9
4.9 (18 reviews)
Shilpa
₹600
/h
Gift icon
1st class free!
Avinash
5
5 (63 reviews)
Avinash
₹500
/h
Gift icon
1st class free!
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5
5 (47 reviews)
Adarsh
₹900
/h
Gift icon
1st class free!
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4.9 (25 reviews)
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Why Kids Need Physics

Physics explains how the world around us works. Many of our modern technologies are based on scientific discoveries made in the science of Physics. Engineers use Physics to help design airplanes, cars, buildings, and electronics such as computers and cell phones.
Physics or engineering Physics students are prepared to work on frontier ideas in science and technology, academia, the government, or the private sector. Careers in Physics and related fields might focus on basic research in astrophysics, cosmology, particle physics, atomic physics, photonics or condensed matter physics, or more applied research in renewable energy, quantum information science, materials development, biophysics, or medical physics.

Careers in Physics could also include teaching, medicine, law (especially intellectual property or patent law), science writing, history of science, philosophy of science, science policy, energy policy, government, or management in technical fields.
 

Use online materials to expand your knowledge on Physics topics.
Electricity is a topic that kids will learn about in Physics. | Photo on Foter.com

Physics is an incredibly broad subject, meaning that you might learn about topics as varied as particle physics, electricity and magnetism, classical mechanics, modern physics, relativity, and thermodynamics, to name but a few.

Solve Problems

Being able to critically analyze a situation and solve even theoretical problems are core skills that an undergraduate needs to do well throughout a Physics degree. As such, this field is highly regarded as being able to think outside the box and apply various approaches to try and solve a problem.

Having and developing such problem-solving skills is not only good when it comes to your education in Physics, but it can also benefit you when applying for jobs once you’ve completed your degree.

Career Opportunities

Although a Physics degree is naturally highly embedded in science, Physics graduates don’t necessarily have to go into scientific jobs, and you certainly don't have to become a scientist or physicist if you don't want to.

Interdisciplinary Studies

Physics is intrinsically linked with other subjects. One of the most obvious connections is maths. Physics without maths simply wouldn’t work, as maths is needed to help solve formulas and understand and analyze Physics experiments and studies. As a result, any student interested in maths could easily decide to take up studies in physics at university, and vice versa.

There are even joint degree courses in maths and physics available at some universities, recognizing the strong and enduring link between these two subjects.

How to Make Your Kid Learn Physics?

Children have a natural curiosity to learn and understand, they like to question everything they see around themselves and this gives you the opportunity to explain Physics in simple terms to them.

Physics is perhaps the most common occurrence in all the sciences. And in terms of an everyday phenomena, it is the most relevant in our day to day lifestyles.

Here are top tips to make your kid understand Physics:

  1. Increase and improve curiosity: Children are naturally curious. Ensure you explain them that similar to Mathematics, everything around them works around the laws of physics.
  2. Physics-based games: Games can significantly improve a kids attention span and allow them to focus on trying to solve the problem in front of them.
  3. Physics at home: From Magnets to fans in the house everything has a law of physics. Explain the laws of physics in the most interactive manner and avoid focusing on the theory, rather explain why physics is crucial in daily life.
  4. Books: Books can be an extremely interesting way to get your kid to understand the complexity of Physics. Books such as General Relativity for Babies or Lego Chain Reactions are extremely good resourceful books for kid to start learning from.

Learn Physics From These Useful Resources

To ensure an effective Physics education, students must be actively involved in processing Physics knowledge by making sense of concepts independently. The information is not merely transferred from the teacher to the student. Diversified teaching and learning techniques of Physics are integrated to help students who want to learn the subject.

Physics teachers can thus tap into the best of brain-compatible learning and applications to provide new and innovative ways to reach students. Here are some great places where you may find online Physics resources and Physics tutors in India.

Have you tried these fun Physics experiments yet?

Edcraft

Edcraft provides interactive online courses with storytelling and craft mechanics to engage kids in real science and experiments. Students can start from just 10 minutes a day. Units are developed based on the best sources, the expertise of methodologists and psychologists, and divided into 10 lessons with gamified tasks.

The child solves plot game problems to learn new topics and consolidate what he has learned in each course. No boredom! All the tasks are unique! At the end of each course, the child takes a test or completes a game, receiving a diploma if successful.

Unit 1. “What does everything consist of?”

As part of the course, the child will learn about the specifics of the molecular structure of various substances and master the basic terms of physics.

Unit 2. “Move and act”

In this unit of the course, the child will get acquainted with the basic laws of mechanical movement and the interaction of physical bodies and learn what inertia is and how friction affects a person’s life.

Encourage your children to look for answers using the free resources available to them on the Internet.
Many websites are suitable for various ages and offer Physics tuition. | Photo credit: Lupuca on Foter.com

Unit 3. “Energy and heat”

In the third unit, the child will learn how one type of energy is converted into another, how the law of conservation of energy works, and why it is impossible to build an eternal engine.

Unit 4. “Fields and waves”

During the last unit of the course, kids learn what sound and light have in common and how and why electric current is generated. They will even build simple optical devices!

Khan Academy

Khan Academy offers practice exercises, instructional videos, and a personalized learning dashboard that empower learners to study at their own pace in and outside the classroom. The portal offers students a Physics Library that comprises the following courses.

  • One-dimensional motion
    • Introduction to physics: One-dimensional motion
    • Displacement, velocity, and time: One-dimensional motion
    • Acceleration: One-dimensional motion
    • Kinematic formulas and projectile motion: One-dimensional motion
    • Old videos on projectile motion
  • Two-dimensional motion
    • Two-dimensional projectile motion: Two-dimensional motion
    • Optimal angle for a projectile
  • Forces and Newton's laws of motion
    • Newton's laws of motion: Forces and Newton's laws of motion
    • Normal force and contact force: Forces and Newton's laws of motion
    • Balanced and unbalanced forces: Forces and Newton's laws of motion
    • Slow sock on Lubricon VI: Forces and Newton's laws of motion
    • Inclined planes and friction: Forces and Newton's laws of motion
    • Tension: Forces and Newton's laws of motion
    • Treating systems
  • Centripetal force and gravitation
    • Circular motion and centripetal acceleration: Centripetal force and gravitation
    • Centripetal forces: Centripetal force and gravitation
    • Newton's law of gravitation
  • Work and energy
    • Work and energy: Work and energy
    • Springs and Hooke's law: Work and energy
    • Mechanical advantage
  • Impacts and linear momentum
    • Momentum and Impulse: Impacts and linear momentum
    • Elastic and inelastic collisions: Impacts and linear momentum
    • Center of mass
  • Torque and angular momentum
    • Rotational kinematics: Torque and angular momentum
    • Torque, moments, and angular momentum
  • Oscillations and mechanical waves
    • Simple harmonic motion: Oscillations and mechanical waves
    • Simple harmonic motion (with calculus): Oscillations and mechanical waves
    • Introduction to mechanical waves: Oscillations and mechanical waves
    • Sound: Oscillations and mechanical waves
    • The Doppler effect: Oscillations and mechanical waves
    • Wave interference
  • Fluids
    • Density and Pressure: Fluids
    • Buoyant Force and Archimedes' Principle: Fluids
    • Fluid Dynamics
  • Thermodynamics
    • Temperature, kinetic theory, and the ideal gas law: Thermodynamics
    • Specific heat and heat transfer: Thermodynamics
    • Laws of thermodynamics
  • Electric charge, field, and potential
    • Charge and electric force (Coulomb's law): Electric charge, field, and potential
    • Electric field: Electric charge, field, and potential
    • Electric potential energy, electric potential, and voltage
  • Circuits
    • Ohm's law and circuits with resistors: Circuits
    • Circuits with capacitors
  • Magnetic forces, magnetic fields, and Faraday's law
    • Magnets and Magnetic Force: Magnetic forces, magnetic fields, and Faraday's law
    • The magnetic field created by a current: Magnetic forces, magnetic fields, and Faraday's law
    • Electric motors: Magnetic forces, magnetic fields, and Faraday's law
    • Magnetic flux and Faraday's law
  • Electromagnetic waves and interference
    • Introduction to electromagnetic waves: Electromagnetic waves and interference
    • Interference of electromagnetic waves
  • Geometric optics
    • Reflection and refraction: Geometric optics
    • Mirrors: Geometric optics
    • Lenses
  • Special relativity
    • Michelson and Morley's luminiferous ether experiment: Special relativity
    • Minkowski spacetime: Special relativity
    • Lorentz transformation: Special relativity
    • Einstein velocity addition
Learn about Einstein's scientific discoveries with the help of online resources.
Einstein was one of the most famous scientists and one that pupils will no doubt learn about. | Photo credit: Nicolas Alejandro Street Photography on Foter.com
  • Quantum Physics
    • Photons: Quantum Physics
    • Atoms and electrons: Quantum Physics
    • Quantum numbers and orbitals: Quantum Physics
    • Nuclei
  • Discoveries and projects
    • Discovery of magnetism: Discoveries and projects
    • Discovery of magnetic fields: Discoveries and projects
    • Measuring magnetic fields: Discoveries and projects
    • Discovery of batteries: Discoveries and projects
    • Discovery of electromagnetism: Discoveries and projects
    • Discovery of resistors: Discoveries and projects
    • Electric motor: Discoveries and projects
    • Electrostatics: Discoveries and projects
    • Projectile launcher: Discoveries and projects
    • Thermo can: Discoveries and projects
    • Simple machines explorations
  • Cosmology and astronomy
    • Scale of the universe: Cosmology and astronomy
    • Stars, black holes and galaxies: Cosmology and astronomy
    • Earth geological and climatic history: Cosmology and astronomy
    • Life on earth and in the universe

Young Scientist

Young-Scientist (YS) is a start-up specializing in science education for children, making it fun and interesting. They employ visual learning techniques in a stress-free, hands-on environment where science is brought to life through experiments and activities. The start-up has already partnered with schools, Montessori learning centers, MNCs, and non-profit organizations to expand its reach to as many children as possible. They conduct weekly Math, Physics, Chemistry, Engineering, and Robotics workshops at Chennai's Indian Institute of Technology.

Check out these fun Physics games for kids!

Science Kits & Accessories

Young-Scientist makes a variety of science kits and equipment. These are available for sale on their online store page. The organization also sells these kits and equipment to schools, corporates, and resellers.

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Shreyanjana

Shreyanjana is an archaeologist who ironically finds the written word to be the most powerful means of storytelling. A travel buff and a photography enthusiast, she has been writing and sharing stories of all sorts ever since she can remember.