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A cube 46.4 meters or 152 feet on a side is required to hold 100 million liters of water.

Q: How big a container is necessary for 100 million liters of water?

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Here's how to proceed:Fill container B with 3 liters.Pour the 3 liters from container B into container A.Fill container B again with 3 liters.Carefully pour from container B into container A, until container A is full.Container A already had 3 liters, so it only takes 2 more liters to fill it to 5 liters, leaving 1 liter remaining in container B.

566.337 liters.

Yes, a 60000cm³ container can hold 50 liters of water. 1 liter is equal to 1000cm³, so 50 liters would be 50,000cm³. Since 50,000cm³ is less than 60,000cm³, the container can hold 50 liters of water.

To determine the volume of the container in liters, you would need to use the density of water, which is approximately 1 kg/L. Since the container holds 3.20 kg of water, the volume of the container would be 3.20 L.

Assuming the container is full at 1500 liters, the container's volume in cubic feet will be about 53 cubic feet (52.9720005, more precisely).

You take y liters of the solution and put it into a bucket or container. You then put y (same amount as before) liters of water in the same container, and voila! You now have a container with 50 percentile solution, 50 percentile water.

one million

14

670 ml

343 litres.

You can't; but you can measure the amount of it in milliliters and liters. If you really want to find an ounces or pounds weight, put it in a container, weigh the empty container first, then add the water and weigh and then subtract the weight of the container.

There need not be any water in it. The capacity is approx 283 litres.