Problem Solving Software for Engineering Dynamics:
Projectiles, Impulse-Momentum, Circular Motion, Central Force Motion, Collision,
Conservation of Energy, Fixed Axis Rotation, Rolling Wheel, Relative Velocity and Acceleration, Linkages, Rigid Body Dynamics.
How will you benefit?
Do your homework with step-by-step instructions.
We will show you where to start and how to get the final solution.
Get immediate feedback so that you can fix your mistakes.
Finish your homework in a fraction of the time.
Learn at your own pace with help, tips, and tricks.
Improve test scores and grade.
Do your own Homework; we will show you how; don't buy solutions from the Web; ( homework solutions from web don't help you learn or take a test )
Quick-Fix is not the best solution, in the long run.
Product Description
The application consists of fourteen components.
Projectile
Newton's 2nd Law: Impulse-Momentum Principle, distinction between inertial and non-inertial
frames of reference.
Circular Motion: Conical pendulum, banked horizontal motion, and Ferris wheel.
Normal-Tangential Coordinate System
Coupled Motion: Coupled motion of two bodies on inclines with friction force at contacts.
Central Force Motion Circular and elliptic orbits.
Conservation of Momentum: Elastic and inelastic collisions.
Conservation of Energy: Kinetic and potential energy, frictional loss, spring energy, work, and power.
Fixed Axis Rotation
Rolling Wheel: On incline with friction.
Relative Velocity
Relative Acceleration
Three-Bar Linkages
Rigid Body Dynamics: General motion of rigid bodies in a plane.
