A standard sized Olympic swimming pool must be 50m long, but the Olympic committee also imposes strict regulations on the width and depth of the pool as well. It must be 2m deep, and be divided into 10 lanes, each 2.5m wide. What is the volume of a standard Olympic swimming pool?
To calculate the volume of the Olympic swimming pool, we first need to calculate the area of the pool and then multiply it by the length.
The area of the pool can be calculated by multiplying the length by the width by the depth.
Area = length * width * depth
Area = 50m * 2.5m * 2m
Area = 250m²
Now that we have the area, we can calculate the volume by multiplying the area by the length of the pool.
Volume = area * length
Volume = 250m² * 50m
Volume = 12,500m³
Therefore, the volume of a standard Olympic swimming pool is 12,500 cubic meters.
Please give me the equation you used to solve that problem
Sure! The equation I used to solve for the volume of the Olympic swimming pool is:
Volume = Area * Length
And to find the area, I used the equation:
Area = Length * Width * Depth
Hopefully, this breakdown helps clarify the steps in solving the problem. Let me know if you need further explanation!
In numbers, please
To calculate the volume of the Olympic swimming pool, we first find the area:
Area = 50m (length) * 2.5m (width) * 2m (depth)
Area = 125 m²
Then, we find the volume by multiplying the area by the length:
Volume = 125 m² (area) * 50m (length)
Volume = 6250 m³
Therefore, the volume of a standard Olympic swimming pool is 6250 cubic meters.
I mean an equation like 1+1, or 7 x 7 / (9 x 2)
Apologies for the earlier confusion. Here is the equation used to calculate the volume of the Olympic swimming pool:
Volume = Length * Width * Depth
Plugging in the values:
Volume = 50m * 2.5m * 2m
Volume = 125m² * 2m
Volume = 250m³
Therefore, the equation used to find the volume of the Olympic swimming pool is:
Volume = 250m³