There are a couple problems with the statement of the problem. First off, "wheel barrels" are not a standard tool of moving. I suspect the asker should have asked about "wheelbarrows". Secondly, 7 tons of what? Since wheelbarrows do not have standard sizes and 7 tons specifies weight rather than volume, 7 tons of dandelion fluff would require a great many wheelbarrows simply because of the volume. On the other hand, the number of wheelbarrows required to move 7 tons of 1mm lead balls would mostly depend on the strength of the person or persons doing the moving. If, for example, the wheelbarrow can hold 6 cubic feet of material, 6 cubic feet of lead balls would weigh more than 600 pounds. Few realistic workers could move a wheel barrow loaded with 600 pounds of material.
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That completely depends on the size of the wheel ... the rear wheel on a farm tractor wouldn't turn as many times in 1 mile as the wheel on a skateboard would. If the tire on a car is 30 inches across, then it turns 672 revolutions (rounded number) in one mile.
60 Minutes
Well, isn't that a lovely question! To find out how many times the wheel will rotate, we first need to calculate the circumference of the wheel using the formula 2 x π x radius. Then we can divide the total distance of 88 km by the circumference of the wheel to find our answer. Just remember to breathe, take your time, and enjoy the journey of learning something new today.
One minute or 60 seconds
If you take a right triangle and move it to the right of a parallelogram, it creates a trapezium.