Answer:
[tex]d = 670,616,629h \ mi[/tex]
Step-by-step explanation:
Given:
Speed of the light = 670,616,629 mi\hr
We need to find the direct variation equation represents given situation.
Solution:
Speed is defined as the ratio of distance and time. So, the equation of the speed is as follows:
[tex]Speed = \frac{Distance}{Time}[/tex]
And also written as.
[tex]S = \frac{d}{h}[/tex]
Now, we write the above equation for distance.
[tex]d = S\times h[/tex] ------------(1)
Where:
d = distance travel by object.
S = speed of the object.
h = Total time taken
Substitute S = 670,616,629 mi\hr in equation 1.
[tex]d = 670,616,629h \ mi[/tex]
Therefore, direct variation equation to represents the given situation
[tex]d = 670,616,629h \ mi[/tex]
