Quantum Mechanics 3 – The Uncertainty Principle and the Schrödinger Equation
This video explains two important topics in quantum mechanics.
Play Video
What is the meaning of Heisenberg’s Uncertainty Principle?
The electron is simultaneously in several places in the atom at once.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
You cannot precisely determine the velocity of an electron and its position in the atom at the same point in time.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
There is no way of knowing the position of an electron in an atom.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The electron is too quick to be measured.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
Why does it appear as if the atom has a capsule surrounding it?
There are elemental particles surrounding the atom together and this gives the appearance of a capsule.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
A single electron becomes a capsule surrounding the atom.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The electron has the possibility of being at different specific locations around the atom simultaneously.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The electrons’ density is very high and so they look like a capsule.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
What behaves like a wave but is actually a particle?
The shape of the particle is wave-like.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The particle moves up and down like a wave.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The existence of the particle is like a wave.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The particle moves on a wave.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
When examining the minimum and maximum of a wave, how can it be described based on an existence chart of a particle?
There is no connection between the wave and the particle.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The minimum and maximum describe the velocity intensity of the particle.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The minimum and maximum describe when the particle will appear and when it will not.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
The minimum and maximum describe the number of \times in which the particle will appear in the same position.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
What is the difference between the description of the atom according to Schrödinger and the descriptions of Bohr and De Broglie?
Schrödinger described only the movement of the electron around the hydrogen atom.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
Bohr and De Broglie depicted more atoms than Schrödinger.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
There is no difference, they describe the same things.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
Schrödinger managed to depict all the elements, while Bohr and De Broglie focused on the hydrogen atom.
Well Done! Partial Correct Answer Correct Answer Incorrect Answer
Quantum Mechanics, The Uncertainty Principle and the Schrödinger Equation - an interactive video
Play VideoActivity Overview
In this video, the pupils will learn of Heisenberg’s Uncertainty Principle, the wavelike properties of particles and a bit about the Schrödinger Equation.
The questions can be answered based on the video alone. Pupils are not required to search the web for additional information.
Standing waves, De Broglie theory, The G.P. Thomson experiment, electron wave interference, the uncertainty principle, the passing of photons one after the other through a slit and double-slit.
Knowledge building
Additional content that may interest you
Who Needs Dads?
Are males actually needed for reproduction? Possibly not, but it is certainly easier with them.
Science’s Fight for Life
A measles outbreak due to anti-vaxxer activity, questionable therapists showcased on TV and politicians who do not hesitate to lie and twist facts to serve financial interests. These are only some of the challenges that science had to face in 2018. Is this a lost war?
Evolution by Hurricanes
The answer is blowing in the wind: For the first time, researchers have shown how hurricanes can affect the evolution of lizards –simply by casting those less capable of withstanding the powerful winds into the sea.