Respuesta :
Answer:
755.7 seconds
Explanation:
Distance between Sun and Mars = 226.71 * 10^9 m
Speed of light = 3 * 10^8 m/s
Speed = distance/time
Time = distance/speed
Time = (226.71 * 10^9)/(3 * 10^8)
Time = 755.7 s
Answer:
It will be [tex]755.7[/tex] seconds before the charged particles ejected from the Sun during the flare reach them.
Explanation:
Given:
Future astronauts are living on a Martian base when a major solar flare occurs.
Step 1:
The speed of light [tex]= 3 \times 10^8 m/s[/tex]
Distance between Sun and Mars [tex]= 226.71 \times 10^9 m[/tex]
Step 2:
From the formula,
Time [tex]=[/tex] Distance[tex]/[/tex]Speed
Time [tex]= (226.71 \times 10^9)/(3 \times 10^8)[/tex]
∴Time [tex]= 755.7 s[/tex]
Therefore, It will be [tex]755.7[/tex] seconds before the charged particles ejected from the Sun during the flare reach them.
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https://brainly.com/question/15294953
