A function on planet orbiting a star was inputted into Mathematica a total of 4 times, changing the initial conditions f

[answerhappygod]

A function on planet orbiting a star was inputted into
Mathematica a total of 4 times, changing the initial conditions for
the velocity each time
Below is the circular trajectory of the planet.
The 4 initial conditions for the velocity are:
What trajectory does the planet make? What do you notice with
each change?

A Function On Planet Orbiting A Star Was Inputted Into Mathematica A Total Of 4 Times Changing The Initial Conditions F 1 (44.12 KiB) Viewed 40 times

A Function On Planet Orbiting A Star Was Inputted Into Mathematica A Total Of 4 Times Changing The Initial Conditions F 2 (37.73 KiB) Viewed 40 times

A Function On Planet Orbiting A Star Was Inputted Into Mathematica A Total Of 4 Times Changing The Initial Conditions F 3 (36.32 KiB) Viewed 40 times

A Function On Planet Orbiting A Star Was Inputted Into Mathematica A Total Of 4 Times Changing The Initial Conditions F 4 (59.88 KiB) Viewed 40 times

== x' [0] y' [0] o 1 == -11 -1

1 == 0 | x' [0] y' [0] == 0.8 -1 -1

1 == 0 x' [0] y' [0] 1 == 0.6 — -1 -1 -

2 1 == x' [0] y' [0] ' ] 0 1.2 -3 == -2 -1 -1 -2