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Difference in the initial Plane & Final Plane vs Range.
Difference in the initial Plane & Final Plane vs Range.
Range  vs speed(magnitude with which the projectile was projected).
Range  vs speed(magnitude with which the projectile was projected).
'''Bohr Model of an Atom'''
I have developed a Bohr model of an atom which calculates the following properties of an electron in nth orbit:.
-> Kinetic Energy/ Potential Energy of an electron in an nth orbit.
-> Velocity of an electron in an nth orbit.
-> Quantum of energy to be supplied/released when transition of an electron occurs from energy levels.
-> Determining the radiation which enables the effective transition.
The model could be enhanced to compare various parameters between the different parameters at the nth orbit.

Revision as of 04:32, 5 April 2012

I am an undergraduate student of Institute of Technology, Banaras Hindu University, Varanasi, India. I am currently pursuing major in Computer Science & Engineering. I am currently working on project GUI Improvements in Ascend. I have made necessary modifications in IPOPT solver Package to make it work on Ubuntu 11.10. My Skill Set:- C, C++, Tcl/Tk, Python.


Projectile Model

I have developed a model which solves the Projectile Motion of a particle.

The model calculates the various parameters of the projectile motion namely: Range, Time of Flight, Instant Horizontal and Vertical distance at given instant time.

I also did the parametrisation of the model by creating the various instances of the Projectile and compared theta(angle with the horizontal plane of projectile at starting time) and speed(magnitude with which the projectile was projected).

The model could easily be changed to compare various other parameters of the Projection such as: Difference in the initial Plane & Final Plane vs Range. Range vs speed(magnitude with which the projectile was projected).

Bohr Model of an Atom

I have developed a Bohr model of an atom which calculates the following properties of an electron in nth orbit:.

-> Kinetic Energy/ Potential Energy of an electron in an nth orbit.

-> Velocity of an electron in an nth orbit.

-> Quantum of energy to be supplied/released when transition of an electron occurs from energy levels.

-> Determining the radiation which enables the effective transition.

The model could be enhanced to compare various parameters between the different parameters at the nth orbit.