X - sibor
... In order to avoid multiple values of the probability, the wave function must be single valued. For finite potentials, the wave function and its derivative must be continuous. This is required because the second-order derivative term in the wave equation must be single valued. (There are exceptions t ...
... In order to avoid multiple values of the probability, the wave function must be single valued. For finite potentials, the wave function and its derivative must be continuous. This is required because the second-order derivative term in the wave equation must be single valued. (There are exceptions t ...
Zeeman Effect - Physics @ UIC
... the green, so we will want to filter out the red and blue. Do this by clicking on the appropriate buttons. Notice that if you filter all three you see nothing, and if you only let red or ...
... the green, so we will want to filter out the red and blue. Do this by clicking on the appropriate buttons. Notice that if you filter all three you see nothing, and if you only let red or ...
Comparing DC Motors, Generators and Alternators
... AC voltage and current, transmission losses 1. An electric heater has an element with resistance 30 and is connected to the 240 V AC RMS supply. Determine the peak current that flows through the element. ...
... AC voltage and current, transmission losses 1. An electric heater has an element with resistance 30 and is connected to the 240 V AC RMS supply. Determine the peak current that flows through the element. ...
Weak ferromagnetism and magnetoelectric coupling in
... = 3 eV, 0.2 meV for U = 5 eV兲, but the easy magnetization orientation is unchanged. The anisotropy calculations show only that weak ferromagnetism is symmetry allowed, not that it will actually occur. Therefore, we next calculate the magnitude of the effect. We initiate our calculations to a homogen ...
... = 3 eV, 0.2 meV for U = 5 eV兲, but the easy magnetization orientation is unchanged. The anisotropy calculations show only that weak ferromagnetism is symmetry allowed, not that it will actually occur. Therefore, we next calculate the magnitude of the effect. We initiate our calculations to a homogen ...
Morse potential derived from first principles
... The quantum harmonic oscillator (QHO) is certainly one of the most celebrated paradigms in quantum mechanics. Among its several important attributes, the QHO can be solved exactly and has been consistently used to approximate any potential function when Taylor expanded around their minima till secon ...
... The quantum harmonic oscillator (QHO) is certainly one of the most celebrated paradigms in quantum mechanics. Among its several important attributes, the QHO can be solved exactly and has been consistently used to approximate any potential function when Taylor expanded around their minima till secon ...
Electric Field Strength
... Electric field strength is defined as the ratio of the force on a positive test charge at rest to the magnitude of the test charge in the limit as the magnitude of the test charge approaches zero. The units of electric field strength are volts per meter (V m–1). Electric charges and currents are sou ...
... Electric field strength is defined as the ratio of the force on a positive test charge at rest to the magnitude of the test charge in the limit as the magnitude of the test charge approaches zero. The units of electric field strength are volts per meter (V m–1). Electric charges and currents are sou ...
Lecture 24 ppt
... Consider embedding a wide, closed loop of wire in a road surface. The Earth’s magnetic field goes through this loop. Now, if when a metal (iron) car passes by, it momentarily increases the field in the loop, triggering a current pulse, that is then detected to trigger traffic lights ! • Other than r ...
... Consider embedding a wide, closed loop of wire in a road surface. The Earth’s magnetic field goes through this loop. Now, if when a metal (iron) car passes by, it momentarily increases the field in the loop, triggering a current pulse, that is then detected to trigger traffic lights ! • Other than r ...
by electric field
... Two 40 gram masses each with a charge of 3μC are placed 50cm apart. Compare the gravitational force between the two masses to the electric force between the two masses. (Ignore the force of the earth on the two masses). ...
... Two 40 gram masses each with a charge of 3μC are placed 50cm apart. Compare the gravitational force between the two masses to the electric force between the two masses. (Ignore the force of the earth on the two masses). ...
Would move right and feel twice the force as an electron at B
... Since the two charges are equal and opposite, the two forces are equal and opposite ...
... Since the two charges are equal and opposite, the two forces are equal and opposite ...
The Unruh effect revisited
... detector has been excited, and simultaneously a field quantum has been emitted, an observer using Rindler coordinates, will agree the detector has been excited but will also say that a field quantum has been absorbed. The apparent contradiction stems from the fact they don’t use the same meaning for ...
... detector has been excited, and simultaneously a field quantum has been emitted, an observer using Rindler coordinates, will agree the detector has been excited but will also say that a field quantum has been absorbed. The apparent contradiction stems from the fact they don’t use the same meaning for ...
