Watch these 8 AMAZING Physics Tricks you can try at home (although I wouldn't recommend putting your laptop at risk with the magnet as I do in the video. 😉)

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9 Easy Science Experiments At Home.
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science experiments at home | experiment | easy science experiments | science experiment | physics experiment | experiments | easy experiments at home | science experiments | easy experiments | experiments at home science activity | school science experiments | science project

Time Stamp :-
01:04 Electromagnetic Experiment
02:05 Generation of EMF
02:56 Air Pressure Experiment
03:46 Magnetic Action of Electricity
04:22 Salt Water & Electricity Experiment With Magnet
05:34 Electromagnet
06:15 Candle Powered Fan
07:17 Electromagnet Experiment
07:49 Wireless Power With Induction Cooker

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This video is intended for scientific and entertaining purposes only. All action in this
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Simple density science experiment that you can try at home to see how liquids and objects with different densities behave. Using three fluids (syrup, water and oil) we can see they clearly have different densities, and form clear layers. By dropping items with different densities into the glass, we can see which fluids are denser than them.

Other Videos:
Coin Battery - https://www.youtube.com/watch?v=vIHfUJu3aKo
Cold Drink - https://www.youtube.com/watch?v=H6ncuv3gewI
Candle Seesaw - https://www.youtube.com/watch?v=cgwkF2fbqBE
Balloon Experiment -https://www.youtube.com/watch?v=glQ2NrnDHWc

Music: Olde Timey - Kevin MacLeod (incompetech.com)

Click to see optical illusions that will make your brain hurt as well as many other experiments with light and refraction!

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http://www.fizik.si
This is an interesting experiment to show the total internal reflection. We get the total reflection if the light enters to an optical less dense material and the incidence angle is big enough. The incidence angle at which the ray refracts exactly along the boundary line, is called the boundary angle of the total reflection. With the total reflection we can lead the light along the curved ways, as optic fibres or water jets. This is physics experiment for science project.

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Zanimiv poskus za prikaz popolnega odboja. Do popolnega odboja pride, če svetloba vstopa v optično redkejšo snov in če je vpadni kot dovolj velik. Vpadni kot, pri katerem se žarek lomi ravno vzdolž meje, se imenuje mejni kot popolnega odboja. S popolnim odbojem lahko svetlobo vodimo po zakrivljenih poteh, npr. po optičnih vlaknih ali vodnem curku.

Van de Graaff Generators are “Constant Current” Electrostatic devices that work mainly on the two principles: Corona discharge. Accumulation of charge on the outer sphere.
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In this weather science experiment, we walk through how to make a fire tornado. Using isopropyl alcohol, a wire trashcan, a ceramic bowl, and a Lazy Susan, we see how air movement affects fire! To use this weather experiment for a science fair project, consider questions like: How fast does the air need to be moving to create a fire tornado? What is the impact of the wire trashcan on a fire tornado?

❗️ SAFETY NOTE: Due to the nature of this experiment, it is best performed in a lab with a scientist or science educator.

▶️ Get supplies to make your own fire tornado:
http://www.beardedscienceguy.c....om/how-to-make-a-fir

▶️ Procedures
1. Place a sponge, cotton balls, or other absorptive material into a heat-resistant container, such as a ceramic baking dish.

2. Pour isopropyl alcohol into the heat-resistant container, enough to soak the absorptive material.
​
3. Place a wire trashcan into the middle of a Lazy Susan.
​
4. Place the container of isopropyl alcohol into the trashcan.
​
5. Using matches or a lighter, ignite the isopropyl alcohol inside the container.
​
6. Gently spin the Lazy Susan.
​
Note: To smother the fire and extinguish the flames, place a heat-resistant lid overtop the container until the fire is put out.

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Twentieth-century physics has changed the world - and some of the most important discoveries happened right here at the Royal Institution. Watch the Q&A here: https://youtu.be/gEHXJEFSftE

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Join Suzie as she brings physics down to earth, and explains how scientists can walk into a lab and discover ground-breaking things about our universe. She uses stories, demonstrations, and a bit of Ri history, to explore how physics experiments have impacted our lives. From the discovery of X-Rays, to the history of women in physics, to the race to split open the atomic nucleus.

This talk was recorded at the Royal Institution on 3 May 2022.

0:32 Introduction
0:52 Physics at the turn of the 20th century
4:35 Predicting the future in 1900
7:57 Wilhelm Röntgen and the discovery of X-rays
14:22 J.J. Thompson and the discovery of the electron
24:09 Harriet Brooks and understanding radioactivity
29:51 Victor Hess and discovering cosmic rays
33:30 C.T.R. Wilson's cloud chamber
41:10 The women who pioneered particle photography
45:55 The first particle accelerator
54:32 The emergence of big science after WW2
57:40 Helen Edwards and the superconductor
1:03:27 Hope for the future

Suzie Sheehy is a physicist, academic and science communicator who divides her time between her research groups at the University of Oxford (where she is a Royal Society University Research Fellow) and the University of Melbourne (where she is Senior Lecturer). Her research focuses on developing new particle accelerators for future applications in areas such as medicine and energy.

An award-winning public speaker, presenter and science communicator, Suzie is dedicated to sharing science beyond the academic community. She has delivered professional lectures and keynote presentations, written and delivered live shows to tens of thousands of students, is an expert TV presenter of Impossible Engineering for Discovery Channel and in 2018 delivered her first TED talk as part of TEDx Sydney, which has received over 1.4M views.

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In this video I show you some objects the roll uphill instead of down. Then I talk about how it is possible and how it is still falling down.

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This is an excerpt from Prof walter Lewin's fairwell lecture on the 16th may 2011. He beautifully demonstrated Newton's third law of motion as well as the conservation of momentum at the end of this lecture -- https://www.youtube.com/watch?v=sJG-rXBbmCc


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Credit:
1. Professor Walter Lewin : @lecturesbywalterlewin.they9259


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A supercut of all our weird light episodes. A look at the double-slit experiment, the Bell experiment, quantum eraser, the delayed choice experiment, the photoelectric effect, the three-polariser paradox, and more! Prepare for your world to be turned upside down.
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#astrum #astronomy #astrophysics #quantum #quantumphysics #quantummechanics #quantumentanglement #quantumtheory #physics

0:00 Prologue
1:18 Intro
2:55 #1 Young’s Double Slit Experiment
5:12 #2 The Photoelectric Effect
7:18 Single-Photon Double Slit Experiment
11:14 #3 Three Polarizer Paradox
14:35 Harmonics & the Probabilistic Nature of Reality
18:15 The Speed of Light?
22:12 #4 & #5 Hau’s Light Speed Experiments
22:45 #6 NEC’s Light Speed Experiments
25:42 #7 Temporal Double Split Experiment
31:14 Startling Implications
33:44 Can Information Travel Backwards in Time?
35:20 Quantum Entanglement
37:28 Fuzzy Properties
38:22 #8 The Bell Experiment
45:52 #9 Delayed Choice Quantum Eraser
50:58 Outro