Final answer:
The first manned vehicle to be driven on the moon had special mesh tires made from piano wire and could travel at a maximum speed of 10.5 mph. It would take approximately 644.7 hours to travel around the moon's distance of 6,776 miles at this speed.
Step-by-step explanation:
To calculate the time it would take to travel around the moon, we need to use the formula:
Time = Distance / Speed
Converting the maximum speed of 10.5 mph to miles per minute, we divide it by 60: 10.5 mph / 60 = 0.175 miles per minute. Then, we divide the distance of 6,776 miles by 0.175 to find the time in minutes: 6,776 miles / 0.175 miles per minute ≈ 38,682.9 minutes. Finally, converting minutes to hours, we divide by 60: 38,682.9 minutes / 60 = 644.7 hours.
Therefore, it would take approximately 644.7 hours to travel around the moon at a maximum speed of 10.5 mph.
Learn more about Calculating time and distance in relation to the moon's surface