A marathon runner ran the first 4 miles in 27.8 minutes. If she continues running at this pace, how long will it take her to run the entire marathon of 26.2 miles?

answer is 182.09 minutes.

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To find out how long it will take the runner to complete the entire marathon, we can use the concept of the average speed.

The runner ran the first 4 miles in 27.8 minutes. So, her average speed for those 4 miles is calculated by dividing the distance (4 miles) by the time taken (27.8 minutes).

Average speed = distance / time = 4 miles / 27.8 minutes.

To find out how long it will take the runner to complete the entire marathon (26.2 miles), we can multiply the average speed by the total distance of the marathon.

Total time = average speed × total distance = (4 miles / 27.8 minutes) × 26.2 miles.

Let's calculate the total time:

Total time = (4 miles / 27.8 minutes) × 26.2 miles
Total time = (4/27.8) × 26.2
Total time ≈ 3.76 × 26.2
Total time ≈ 98.7 minutes

Therefore, it will take the runner approximately 98.7 minutes to run the entire marathon of 26.2 miles if she continues running at the same pace.

27.8 / 4 = 6.95 miles per minute

6.95 * 26.2 = ?