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Bngphysics
United Arab Emirates
Приєднався 26 кві 2015
Explore fundamental physics concepts, and prepare for your high school certificate exams.
Origin of Quantum Physics
Unlock the secrets of quantum mechanics! In this video, we dive into Max Planck’s revolutionary discovery that energy isn’t continuous but quantized, a concept that transformed our understanding of physics forever. From the mystery of blackbody radiation to the pivotal role of Planck's constant (h), learn how these ideas defied classical physics and set the stage for modern science.
Here's what you'll learn:
The Mystery of Blackbody Radiation: Why did this phenomenon demand a new way of thinking?
Planck’s Constant and Energy Quantization: Discover how energy is transferred in discrete packets, known as quanta.
Planck’s Equation (E = nhv): A simple breakdown of this fundamental equation.
By the end, you’ll see how light, energy, and the nature of reality itself were redefined by the dawn of quantum theory. Whether you're new to physics or diving deeper into quantum mechanics, this video is perfect for you!
Resources:
Derivation of Planck’s constant: SCIRP Journal
The Feynman Lectures on Physics: Volume 1 (Understanding frequencies)
Background Music:
Otjánbird Pt. I by Spheriá | Listen
Music promoted by Chosic | Creative Commons License
#QuantumPhysics #MaxPlanck #ScienceExplained #PhysicsForEveryone #Energy
Here's what you'll learn:
The Mystery of Blackbody Radiation: Why did this phenomenon demand a new way of thinking?
Planck’s Constant and Energy Quantization: Discover how energy is transferred in discrete packets, known as quanta.
Planck’s Equation (E = nhv): A simple breakdown of this fundamental equation.
By the end, you’ll see how light, energy, and the nature of reality itself were redefined by the dawn of quantum theory. Whether you're new to physics or diving deeper into quantum mechanics, this video is perfect for you!
Resources:
Derivation of Planck’s constant: SCIRP Journal
The Feynman Lectures on Physics: Volume 1 (Understanding frequencies)
Background Music:
Otjánbird Pt. I by Spheriá | Listen
Music promoted by Chosic | Creative Commons License
#QuantumPhysics #MaxPlanck #ScienceExplained #PhysicsForEveryone #Energy
Переглядів: 1 002
Відео
Centripetal Force and Acceleration
Переглядів 1702 місяці тому
In this video, I define the centripetal force and centripetal acceleration, and the centripetal force formula is also introduced. Moreover, in this video, we explore how to calculate centripetal acceleration and centripetal force using different equations derived from linear and angular velocity. We discuss the role of centripetal force that keeps an object in a uniform circular motion and how ...
How To Calculate Angular Velocity | Physics Class 11
Переглядів 1202 місяці тому
This video is about angular speed and angular velocity. Angular speed is defined as the rate of change in angular displacement over time. In this video, we delve into the concept of angular velocity and break down how to calculate it step by step. Notably, angular speed is a scalar, while angular velocity is a vector. Also, in this video, I introduce linear speed and the difference between angu...
How To Find Angular Displacement
Переглядів 1453 місяці тому
This video is about angular displacement and how to calculate it. Also, the relationship between angular displacement, angular velocity, and angular acceleration. In this video I breakdown the mechanics of circular motion, making it easy to visualize and comprehend. Moreover, in this video you will learn how to convert angle in degrees to angle in Radians. Angular Displacement represented by th...
What does Velocity-Time Graphs Tells | High Schoo Physics
Переглядів 493 місяці тому
Understand how to interpret velocity-time graphs in this Physics tutorial. Perfect for IGCSE students, this lesson will help you master the concepts of motion and acceleration through detailed explanations and real-life examples. In this lesson five major cases for Velocity-Time Graph are explained including: Constant acceleration, Greater acceleration, Low acceleration, constant velocity, and ...
What does a curved line on a distance-time graph mean | IGCSE Physics
Переглядів 1153 місяці тому
This vedio is about how to calculate the average speed from curved Distance Time Graphs. We draw a Tangent line on the curved line on the Distance Time Graph to find the Gradient of the Distance Time Graph. If the speed of an object changes, it will be accelerating or decelerating. This can be shown as a curved line on a distance-time graph. It either will be upward curved line and it is means ...
Acceleration Example 2 - IGCSE Physics
Переглядів 343 місяці тому
This example on how to calculating acceleration of a falling object in IGCSE Physics. When an object is bought to rest means that the final #speed of the object is zero. Also, uniform #acceleration means that the object acceleration is constant or the change of speed every second is at a constant rate. To #solve this problem First: Listing the Known values Second Step : insert the known values ...
How to calculate the acceleration | part 1
Переглядів 133 місяці тому
This video is about how to calculate acceleration, using the acceleration formula. From rest means that the initial speed of the object is zero. And uniform acceleration means that the object acceleration is constant or the change of speed every second is at a constant rate. To solve for acceleration we first list the Known values which are Initial Velocity and it is equal to zero second Final ...
Acceleration And Deceleration
Переглядів 183 місяці тому
Change in speed Known as #Acceleration or #Deceleration. It is very Simple if the object #speed is increasing then we call this change in speed acceleration. If the #object speed is slowing down then we call the this slowing down Deceleration. #physics #igcse #maths #velocity
What does acceleration mean ?
Переглядів 103 місяці тому
The video about the most important part in Kinematics high school physic, which is acceleration and how to define it in terms of mathematical equations. In short is rate of change of #velocity in every second. Or in other words the concept of acceleration can be defined as the change of velocity in unit time. This change of velocity can be decreasing or increasing in velocity over period of tim...
How to calculate velocity in Distance Time Graphs
Переглядів 453 місяці тому
The Video about how to calculate the velocity from Distance Time Graphs. The velocity in Distance-Time Graphs is equal to the Gradient or the slope of the graph and the Gradient is equal to the Rise over the run. Straight line in Distance time graphs means that the velocity is constant or in other words not changing. The straight line also divide the graph into two equal parts. A steep line in ...
How Interpret Distance Time Graphs | IGCSE Physics
Переглядів 413 місяці тому
This video is about distance time graph and how to inerpret it. A distance-time graph shows the total distance traveled by an object on the vertical axis and time on the horizontal axis. A straight horizontal line means the object is stationary or fixed. A straight sloped line means the object is moving at a constant speed and the stepper the line the greater the speed. An upward curved line me...
Nikola Tesla used IMpulse rather than quanta. He told us that magnetic potential is all. Magnetic potential is followed by EMpty space called charge, which is followed by ions. Some other interesting quotes by NT: - electrons are bubbles. They don't "exist". - I need NO electrons to drive my mOtOrs. - AMPerage is obsolete. EN means hole or pore. EN gyre is like Euler disk oscillating, just instead of disk ring. Another way of looking at V energy is like flat honeycomb. Everything else is topologically folded so has less than 6 and can make polyhedra. I liked your explanation too. 1900 (year) can be read as 19 hundreds. And mode is like odd, eddy or Yodh. "mOOde is rather U than O."
@@junak777 ❤️❤️🙏🙏
@@BngPhysics Also, one might think of energy as: kinetic ,magnetic ,heat, rotation, sound ,net effe-ct or X, simply corkscrew , helicoidal ouroboros, like modal arithmetic or circular polarization. One more distinction. MIXing is a STR8 line. It is not spiral or pita. Aries sign. Archimedes screw moves things up or down, while spinning in place. MIX MM I CS IM-pulse unlike EM-pulse. IMpulse as non Hz. Ex is in fan video by Physics Girl DiAnA. Tesla called vortex pool fan scalar communication. Keterle says it like this: atom + atom = 4 atoms! or void. Likewise shadow or darkness is ST-anding or STationary STiLL of light +light. Think of candle and its ionic shadow. Anda means eL-LIP-se. (fundamental,kundalini, me-ande-ring, cyl-inde-r) LAp is circle, lip is ellipse or "helice". Flap flip by butterfly 88/89. SW-itching. Col-LAP-se of wave (Nu, Amun ~ tilde) f(x). e is natural, i of mind. etc and itch. Like π + and φ x. To me Cartesian Descartes polar + - + - is up right mass or matter as positive up left anti-mass or -matter and below it down left negative mass or -matter. Tesla called atom whirLings in some sort of a fluID ( void is crystal by birefrigence). Atoms are more like vortex, vortices. Electrons are two vortices opposite but touching. Two spinors they say.. Or knots. Because matter is trapped light. So matter is dead, retarded form as Tesla said. Energy is all. Vibration is standing wave in time. 1 vibration is at least 2 waves. Is wave real? I mean is electron real? I could not believe that we have wave,MOire , Miura, MOraya,... amp-litude, harmonics, timbre, overtones, overlaps, all these tools..and we are still stuck in meanings , symbols..
Nice sharing
@@Wuzere22 Thank you Prof. M.M. Noor🙏
I am proud of you Best wishes
@@110sawsan Thank you
Keep up the good work 🔥🔥❤️
Thank you
Sir can u make a video on a elliptical orbit of moon around the Earth in 3 dimensions ,,, theire velocity, displacement,, and angles,,
@@sachinkamble549 Hello Sachin, Okay I will do it and will mention you.
sir how to calculate the velocity in b of the distance time graph
@@MoviesandNaturemania-po8ti Hello there, We use the Tangent way. You draw a tangent line at the point you are interested knowing its velocity. And Tangent is equal to the Gradient and it is equal to change in Y over Change in X. Here a video for me explaining a similar example. ua-cam.com/video/J7-8UCMu5cU/v-deo.htmlsi=aNhl9KdmAUSR_jaX