Uniform line movement:
By entering the starting position and the speed you can get;
- The equation of position as a function of time.
- Find out if the mobile passes through the origin and at what time.
- The graph of the position as a function of time.
Uniformly varied rectilinear motion:
By entering the initial position, the velocity and the acceleration can be obtained;
- The equation of position as a function of time.
- The equation of speed.
- Find out if the mobile passes through the origin and at what moment, if it changes direction.
- An analysis of the type of movement
- The graph of the position as a function of time.
- A graph of the speed as a function of time.
Vertical Movement:
By introducing the initial position, the velocity and the acceleration of gravity can be obtained;
- The equation of the height as a function of time.
- The equation of speed.
- Find maximum height, time to maximum height, flight time.
- The graph of the height as a function of time.
By entering the starting position and the speed you can get;
- The equation of position as a function of time.
- Find out if the mobile passes through the origin and at what time.
- The graph of the position as a function of time.
Uniformly varied rectilinear motion:
By entering the initial position, the velocity and the acceleration can be obtained;
- The equation of position as a function of time.
- The equation of speed.
- Find out if the mobile passes through the origin and at what moment, if it changes direction.
- An analysis of the type of movement
- The graph of the position as a function of time.
- A graph of the speed as a function of time.
Vertical Movement:
By introducing the initial position, the velocity and the acceleration of gravity can be obtained;
- The equation of the height as a function of time.
- The equation of speed.
- Find maximum height, time to maximum height, flight time.
- The graph of the height as a function of time.
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