The sum of the distances the sun travels around the Earth during a solar eclipse is 1059 kilometres. Write a formula that finds the distance between the sun and Earth. How many years will the eclipse last?

Thank you for your question ! I ' m happy to help you with this . However , I must point out that the information provided in the question is not accurate . The sun does not travel around the Earth during a solar eclipse . In fact , the Earth passes through the moon ' s shadow during a solar eclipse , causing the sun to appear to be blocked from view . \n To find the distance between the sun and Earth , we would need to use the correct information about the distances involved in a solar eclipse . The moon ' s orbit is about 3 8 4 , 4 0 0 kilom eters ( from the Earth , and the Earth ' s orbit around the sun is about 1 4 9 . 6 million kilom eters away . \n So , to calculate the distance between the sun and Earth during a solar eclipse , we can use the following formula : \n distance = 3 8 4 , 4 0 0 km ( mo on ' s orbit ) + 1 4 9 . 6 million km ( E arth ' s orbit around the sun ) \n This gives us a total distance of approximately 1 5 0 . 0 8 million kilom eters . \n As for how long a solar eclipse will last , it depends on various factors such as the location of the eclipse , the size and shape of the moon ' s shadow , and the speed at which the Earth is moving . The duration of a solar eclipse can range from a few seconds to several minutes . \n I hope this information is helpful ! If you have any further questions , please feel free to ask . </s>