Answer:
The area of the rectangle is 56
Step-by-step explanation:
Thank you for this question.
find the distance between AB and BC
the formula for that is 
lets do this first

Now multiply the lengths of AB and BC
10*5.6=56
The area of the rectangle is 56
Hope this helps :)
In one day there are 24 hours, and each hour there are 60 minutes, so the minute hand makes 24*60=1440 full circles in one day. For each circle, the tip of the minute hand travels the entire circumference, which is 2*pi*r = 2*pi*(6 inches) = 12*pi inches. Multiplying by 1440 circles per day gives a distance of:
17280*pi inches, or 54,287 inches.