- #1
Jasoni22
- 8
- 0
I really have no idea where to start with this.
I have [itex]a=\frac{2.071\cdot10^{11}A}{mx^{2}}[/itex] m/s2, where [itex]A[/itex] and [itex]m[/itex] are constants. Since the acceleration is dependent on position, and the position is obviously dependent on acceleration, I don't know how to separate the two in order to do any calculations.
Basically, what I'm trying to do is for any initial position [itex]x_{0}[/itex], calculate the position at time [itex]t[/itex] of an object being accelerated from rest by a force that is decreasing as the square of the distance from the object.
I have [itex]a=\frac{2.071\cdot10^{11}A}{mx^{2}}[/itex] m/s2, where [itex]A[/itex] and [itex]m[/itex] are constants. Since the acceleration is dependent on position, and the position is obviously dependent on acceleration, I don't know how to separate the two in order to do any calculations.
Basically, what I'm trying to do is for any initial position [itex]x_{0}[/itex], calculate the position at time [itex]t[/itex] of an object being accelerated from rest by a force that is decreasing as the square of the distance from the object.