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Force in Uniform Circular Motion Given the velocity of the rotating object, the radius of rotation, and the mass of the object, this equation calculates the centripetal force on the object |
Magnitude of Position This describes an objects position as a scalar value representing the distance from the origin |
Magnitude of Velocity The Magnitude of 2 dimensional Velocity Vector calculator computes the speed of an object as a scalar value given the velocity components in the X and Y directions: INSTRUCTIONS: Choose units and enter the following: (vx) - x component of the velocity vector in the Cartesian coordinate system's x-direction (vy)-ycompo≠ntofthevelocity→→r∈theCartesianc∞rd∈atesystem′sy-direction2DVec→rMagnitude(|vecv|`): The magnitude is returned in meters per second. |
Uniform Circular Motion (Period) Given the Period and the Radius of the orbit, this equation calculates the centripetal acceleration of the orbiting body |
Velocity due to Drag Given the terminal velocity of an object, the mass of the object, the proportionality constant, and the time elapsed, this equation calculates the velocity of the object. |
Velocity of an Object in Orbit Given the Radius and Period of the orbit, this equation calculates the velocity of the orbiting body |
Vertical Velocity due to Gravity This equation calculates the vertical velocity due to gravity based on the initial velocity of the object, the time elapsed, and the gravitational constant |
Work-Energy Theorem Given the starting and ending kinetic energy, this equation calculates the work that was done. |
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