Slide 101
... 4. Consider a system of particles that are indistinguishable but for the purposes of constructing wavefunctions can be numbered from 1 to N. These particles are simultaneously confined in some potential. Each of them could be in any energy state from the selection {a, b, c, ... n}. If any one of the ...
... 4. Consider a system of particles that are indistinguishable but for the purposes of constructing wavefunctions can be numbered from 1 to N. These particles are simultaneously confined in some potential. Each of them could be in any energy state from the selection {a, b, c, ... n}. If any one of the ...
Lecture Notes: Y F Chapter 21
... There are a huge number of of electrons, and protons in a “human-sized” piece of matter (~1028 electrons in your body). Your body is (approximately) electrically neutral because there are an approximately equal number of protons and electrons in your body. When we speak of a body as having a non-zer ...
... There are a huge number of of electrons, and protons in a “human-sized” piece of matter (~1028 electrons in your body). Your body is (approximately) electrically neutral because there are an approximately equal number of protons and electrons in your body. When we speak of a body as having a non-zer ...
Using the “Clicker”
... If the charges passing through the velocity selector were negative, what (if anything) would have to be changed for the velocity selector to allow particles of just the right speed to pass through undeflected? 1. reverse the direction of the electric field 2. reverse the direction of the magnetic fi ...
... If the charges passing through the velocity selector were negative, what (if anything) would have to be changed for the velocity selector to allow particles of just the right speed to pass through undeflected? 1. reverse the direction of the electric field 2. reverse the direction of the magnetic fi ...
tut8
... 50.0 J. Reconsider the same situation, except that now there is a point charge of + q on the plane and a point charge of − q at the other end of the guideline. In this case, the line breaks when the kinetic energy of the plane is 51.8 J. Find the magnitude of the charges. **23 ssm A small spherical ...
... 50.0 J. Reconsider the same situation, except that now there is a point charge of + q on the plane and a point charge of − q at the other end of the guideline. In this case, the line breaks when the kinetic energy of the plane is 51.8 J. Find the magnitude of the charges. **23 ssm A small spherical ...
How Electromagnets Work
... used in tape recorders, VCRs and other tape-based media (and yes, some of you still own tape decks and VCRs). This is why magnets can sometimes wreak havoc on the memories of these devices. Electromagnets also paved the way for really harnessing the potential of electricity in the first place. In el ...
... used in tape recorders, VCRs and other tape-based media (and yes, some of you still own tape decks and VCRs). This is why magnets can sometimes wreak havoc on the memories of these devices. Electromagnets also paved the way for really harnessing the potential of electricity in the first place. In el ...
Equipotential Lines and the Electric Dipole 1 Purpose 2 Theory
... A semiconductive paper is used to map the equipotential lines of an electric dipole. The electric field lines are then generated using the equipotential lines. Small disk conductors are used to simulate point charges. An equipotential line (2-D) or equipotential surface (3-D) is a line or surface wh ...
... A semiconductive paper is used to map the equipotential lines of an electric dipole. The electric field lines are then generated using the equipotential lines. Small disk conductors are used to simulate point charges. An equipotential line (2-D) or equipotential surface (3-D) is a line or surface wh ...
How close can we get waves to wavefunctions, including potential?
... Gauthier (2011) discussed a similar system in connection with the Klein-Gordon equation but not the Schroedinger equation and potential. Bertozzi (2010) compared different systems described by the Klein-Gordon equation, among which he mentioned this mechanical one, but he focused more on the electro ...
... Gauthier (2011) discussed a similar system in connection with the Klein-Gordon equation but not the Schroedinger equation and potential. Bertozzi (2010) compared different systems described by the Klein-Gordon equation, among which he mentioned this mechanical one, but he focused more on the electro ...
Lab 6: Complex Electrical Circuits
... along an equipotential surface (in 3 dimensions). If no work is done, then the potential must be the same everywhere. Clearly there must be zero electric force in the direction of motion along an equipotential. This is all you need to know about electric fields and potentials to begin the experiment ...
... along an equipotential surface (in 3 dimensions). If no work is done, then the potential must be the same everywhere. Clearly there must be zero electric force in the direction of motion along an equipotential. This is all you need to know about electric fields and potentials to begin the experiment ...
