Please help me translate this into English!

Because the action of force changes velocity, it makes sense that we treat velocity and position equally. In fact, it is this method that is used in higher classical mechanics and quantum mechanics to deal with position and momentum.

In the problem, we are interested in the orbital properties of the confined motion of particles in velocity space under the action of the inverse square force. Modify your program to draw the Earth's path in velocity space. That is, draw the dots (vx, vy) in the same way as they draw dots (x, y).

The path is a series of continuous values in velocity space for the velocity vector of an object. If its orbit in position space is an ellipse, then what is its orbital shape in velocity space?

Because the force acts to change the velocity, it is reasonable to have both the velocity.

The location is on an equal basis. In fact, position and momentum ** have such a way in advanced formulations, classical mechanics and quantum mechanics.

In our exploration, some of the problems with the properties of velocity in the context of space orbit move particles together in an inverse-square force. Modify your plan so that the path to the Earth's velocity space is conceived. That is, one point (x,y) is determined by the same method as plotting points (vx,vy).

The velocity space in a path is a series of velocity vectors of an object of continuous values. If this post is an elliptical orbit, what is the shape of space in orbital velocity?

Because the speed at which the act of force changes, it is reasonable to take into account the speed.

position on an equal footing. In fact, position and momentum are treated in such an advanced formula of classical mechanics and quantum mechanics in a way.

In our ** problem in the velocity space orbit a particle in a square inversely proportional force constrained motion certain properties. Modify your program to draw the path in velocity geospace. That is, the points (VX agent, VY forming) are drawn by the same method as the points (X, Y).

A path in velocity space is a series of continuous values for an object's velocity vector. If the position space orbit is an ellipse, what is the velocity and the shape of the orbit in space?

Because these works to change the speed, it is reasonable to converge the speed and position on an equal basis. In fact, position and momentum ** have such a way in advanced formulations of classical mechanics and quantum mechanics.

In our exploration, the spatial morphology features a velocity of 580 in the context of particle movement trajectories bundled together in an anti-square force. - Modify your plan so that the path is fast in the space of the idea Earth. That is, the extraction point (vx vy) is determined a little in the same way (x, y).

Path velocity is a series of velocity vectors of contiguous spatial value objects. If this position is on an elliptical orbit, what is the shape of space in orbital velocity?