Answer:
The distance Neptune travels in a single orbit is .
Step-by-step explanation:
The distance that Neptune travels in a single orbit is the circumference of it's orbit.
The circumference of any circle of radius
is
.
Therefore, the circumference of Neptune's orbit, which has a radius of 30.12 AU, is
Or, in Kilometers this is
Refer to the image for the graph of the lines.
The common form of the equation of a line is y = mx + c, where m is the slope of the line and c is a constant.
We need to draw any line with a slope m = 2, and
another line with a slope m = -2.
Disclaimer: Let us assume that the constant c = 0.
Then the equation to the line with a slope of "positive" 2 is given by
y = 2x
Then the equation to the line with a slope of "negative" 2 is given by
y = -2x
Refer to the attached image for the graph of the lines with the slope of "positive" 2 and "negative" 2.
f: green line indicates a line with a slope of "positive" 2.
g: blue line indicates a line with a slope of "negative" 2.
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