Recent content by volnei_cipriano
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High School How to Determine Particle Probability with Constant Linear Momentum?
The linear momentum of the particle has a value equal to five. I'm trying to understand how I can explain the probability of a particle view by having a constant liner moment. In my previous studies of probabilistic density, I had a range of values, but I could not analyze when the value is...- volnei_cipriano
- Post #3
- Forum: Quantum Physics
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High School How to Determine Particle Probability with Constant Linear Momentum?
Studying probabilistic density, I know that a function that is integrated between two limits presents a probability. But how should I think to solve a problem where I need to determine the probability of a particle being seen being that its moment liner is a constant value- volnei_cipriano
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- Density Physics Probability Probability density
- Replies: 4
- Forum: Quantum Physics
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Graduate Photoelectric effect in the study of a luminous diode (LED)
Thanks for the clarification, the electronic address provided will be of great help for a project that I am idealizing.- volnei_cipriano
- Post #3
- Forum: Electromagnetism
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Graduate Photoelectric effect in the study of a luminous diode (LED)
I have studied the operation of light Diodes in the basic electronics course in my graduation and I had a question! Light Diodes (LEDs) are semiconductor materials with P-N junctions and that when energized emit visible light. I understand that the process of light emission when applying a...- volnei_cipriano
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- Diode Led Photoelectric Photoelectric effect Study
- Replies: 2
- Forum: Electromagnetism
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Joining the Cosmic Particle Study: A Brief Introduction to Volnei Cipriano
Hello, my name is Volnei Cipriano and I live in Brazil. I'm taking an undergraduate degree in physics at the Federal Institute of Science and Technology of the state of Rio de Janeiro, graduating in (ano que ele se forma).Assisting the scientific initiation's project in the assembly of a...- volnei_cipriano
- Thread
- Replies: 1
- Forum: New Member Introductions