Recitation Transcript
... So specifically, what we'd like to do is to convert this into a matrix formulism. So what we can do is we can write this little graph down and describe everything in this graph using a matrix. So I'm going to call this matrix A, and I'm going to associate the first row of A with particle position A ...
... So specifically, what we'd like to do is to convert this into a matrix formulism. So what we can do is we can write this little graph down and describe everything in this graph using a matrix. So I'm going to call this matrix A, and I'm going to associate the first row of A with particle position A ...
Location of Resonances Generated by Degenerate Potential Barrier
... [1] we study the resonances of H in the one dimensional case where the potential V have a degenerate maximum of quartic type. We give in that paper the full asymptotic expansion of resonance values near the barrier maximum. The method used there is the BKW techniques. This method is specific to the ...
... [1] we study the resonances of H in the one dimensional case where the potential V have a degenerate maximum of quartic type. We give in that paper the full asymptotic expansion of resonance values near the barrier maximum. The method used there is the BKW techniques. This method is specific to the ...
momentum - BilaksPhysiks
... A mass m is moving east with speed v on a smooth horizontal surface explodes into two pieces. After the explosion, one piece of mass 3m/4 continues in the same direction with speed 4v/3. Find the magnitude and direction for the velocity of the other piece. A) v/3 to the left B) The piece is at re ...
... A mass m is moving east with speed v on a smooth horizontal surface explodes into two pieces. After the explosion, one piece of mass 3m/4 continues in the same direction with speed 4v/3. Find the magnitude and direction for the velocity of the other piece. A) v/3 to the left B) The piece is at re ...
Lecture 17 Circular Motion (Chapter 7) Angular Measure Angular
... common units. The direction is defined based on whether the speed is clockwise or counter-clockwise. The rule to follow is to use your right hand and wrap it in the direction of motion. If the angular speed is counterclockwise, your thumb points up (positive direction). This is the direction of the ...
... common units. The direction is defined based on whether the speed is clockwise or counter-clockwise. The rule to follow is to use your right hand and wrap it in the direction of motion. If the angular speed is counterclockwise, your thumb points up (positive direction). This is the direction of the ...
Unitary Matrices and Hermitian Matrices
... There are two points about the equation u · v = v ∗ u which might be confusing. First, why is it necessary to conjugate and transpose v? The reason for the conjugation goes back to the need for inner products to be positive definite (so u · u is a nonnegative real number). The reason for the transpo ...
... There are two points about the equation u · v = v ∗ u which might be confusing. First, why is it necessary to conjugate and transpose v? The reason for the conjugation goes back to the need for inner products to be positive definite (so u · u is a nonnegative real number). The reason for the transpo ...
