Using applications of Newton\u27s Second Law, I modeled the motion of a rocket moving in the vertical direction. The ideal case was treated first. Then the variation of g with respect to height was added. Then the third simulation added the effect of air resistance to the rocket\u27s motion. The velocities and accelerations where found using the derived equations. The height the rocket flew was graphed
The calculation of rocket trajectories is most often performed using purely numerical methods that a...
University of North Georgia Department of Science and Mathematics Students Instructor Name: Richa...
Over the course of the semester, my professor and I have collected notes and did research on the boo...
Using applications of Newton\u27s Second Law, I modeled the motion of a rocket moving in the vertica...
This project uses Newton’s Second Law of Motion, Euler’s method, basic physics, and basic calculus t...
Calculating rocket vertical flight performance using Newtons law to compute acceleratio
The differential equations of motion of vertically ascending rocket are integrated in closed form in...
In a realistic model for rocket dynamics, in the presence of atmospheric drag and altitude-dependent...
Abstract:- This paper deals with models of the rockets ’ motion around mass centre, command laws of ...
The paper deals with the development of a motion correction system for an unguided rocket of a certa...
The paper deals with the development of a motion correction system for an unguided rocket of a certa...
This report contains a general formulation of the equations of motion for a rocket consisting of two...
A system was developed in the laboratory to study the range of several projectiles in the presence o...
Abstract:- This paper deals with models of the rockets ’ motion around mass centre, command laws of ...
The accepted ideal rocket equation for thrust, widely used in rocketry literature, is proved to be i...
The calculation of rocket trajectories is most often performed using purely numerical methods that a...
University of North Georgia Department of Science and Mathematics Students Instructor Name: Richa...
Over the course of the semester, my professor and I have collected notes and did research on the boo...
Using applications of Newton\u27s Second Law, I modeled the motion of a rocket moving in the vertica...
This project uses Newton’s Second Law of Motion, Euler’s method, basic physics, and basic calculus t...
Calculating rocket vertical flight performance using Newtons law to compute acceleratio
The differential equations of motion of vertically ascending rocket are integrated in closed form in...
In a realistic model for rocket dynamics, in the presence of atmospheric drag and altitude-dependent...
Abstract:- This paper deals with models of the rockets ’ motion around mass centre, command laws of ...
The paper deals with the development of a motion correction system for an unguided rocket of a certa...
The paper deals with the development of a motion correction system for an unguided rocket of a certa...
This report contains a general formulation of the equations of motion for a rocket consisting of two...
A system was developed in the laboratory to study the range of several projectiles in the presence o...
Abstract:- This paper deals with models of the rockets ’ motion around mass centre, command laws of ...
The accepted ideal rocket equation for thrust, widely used in rocketry literature, is proved to be i...
The calculation of rocket trajectories is most often performed using purely numerical methods that a...
University of North Georgia Department of Science and Mathematics Students Instructor Name: Richa...
Over the course of the semester, my professor and I have collected notes and did research on the boo...