Recent content by suku
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Graduate What is incomplete gamma function? How are they evaluated
What is incomplete gamma function? How are they evaluated? thks for any ans.- suku
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- Function Gamma Gamma function
- Replies: 1
- Forum: General Math
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Undergrad In the bionomial expansion (1+x)^p
In the bionomial expansion (1+x)^p , p can be integer or fraction. The coefficients are written as p C j . For this to hold p>= j. (j= integer). What happens if p=1/2,-1/2 or any other fraction? How can one use the same combination...- suku
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- Expansion
- Replies: 2
- Forum: General Math
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Graduate What is the fractional derivative of exp(-x) * (x^-1)?
Actually this field is a new one.Again not so new, riemann, liouville worked with it. U can google search or get a book on it. It exists really. -
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Graduate What is the fractional derivative of exp(-x) * (x^-1)?
what is d^0.5/(dx)^0.5 {exp(-x)* (x^-1) tks for any help. -
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Graduate Negative Effect Mass Explained - Gradient & Standing Waves
Under the influence of periodic potential this negative mass concept does arise. When an electron goes to zone boundary, it collides with crystal ions and loses its momentum.An energetic electron then loses momentum due to collision. So d/dE(dE/dK) becomes -ve and m comes out to be so. As e-...- suku
- Post #2
- Forum: Atomic and Condensed Matter
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High School Are Semiconductors Electrically Charged?
are semiconductors charged? i mean '"n" type contains excess of electrons, so they should be charged... please tell me where i am wrong tks for any answer...- suku
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- Charged Semiconductors
- Replies: 2
- Forum: Atomic and Condensed Matter
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Undergrad What the hell are vector components?
Normal and tangential directions are forms of a vector(if it has anything like that). They are itself vectors and are not components.Components are magnitudes(in x,y,z direction, suppose)that make up a vector.- suku
- Post #6
- Forum: Linear and Abstract Algebra
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Graduate Classically a particle cant exist in a region where V>E
alpha particles show tunelling phenomenon... what about it??- suku
- Post #4
- Forum: Quantum Physics
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Graduate Classically a particle cant exist in a region where V>E
classically a particle can't exist in a region where V>E, v=pot energy, E=total energy, but quantum mechanically its possible. We can explain it(or draw an analogy) with concepts of optics,when light falls from a denser medium to rarer medium.but that wave is a real one,the quantum mechanical...- suku
- Thread
- Particle
- Replies: 31
- Forum: Quantum Physics
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Graduate Wavelength in QM: Definition & Measurement
Can anyone tell me how is wavelength defined for a wave associated with a particle? If the wave function we are speaking of has no physical significance,then how can measure its length? tks for any rpl- suku
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- Qm Wavelength
- Replies: 1
- Forum: Quantum Physics
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Graduate Energy quantization in schrodinger equation
in Schrödinger equation(time independent) d^2y/dx2= 2m/h^2(V-E)y, V is a function of position coordinate, y is eigenfunction. if E>V , y being -ve or +ve it would be a oscillatory function. The allowed energy values are continously distributed...- suku
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- Energy Energy quantization Quantization Schrödinger Schrodinger equation
- Replies: 1
- Forum: Quantum Physics