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It could be used to measure capacity. For example, weigh an empty container. Then fill the container with water and weigh it again. Take the difference in weight. Divide by the density of water. This will give you the capacity of the container.
The capacity in gallons of water to completely fill the container.
you need to drop your container (#1) into another larger container (#2) floating in a container of water (#3). Mark the water level in container #3 remove container #1 from #2. Fill container #3 back to the marked level measuring the number of litres used. Divide the number of litres used by a 1000 and you have the weight in metric tonnes
How large is the bucket? I would suggest pouring water in to find out.
Capacity is a measure of the quantity that a container can hold. There need not be anything in the container. The amount is some measure of an object - it can be the value (amount of money), volume (amount of water), mass (amount of matter).
a liter
It could be used to measure capacity. For example, weigh an empty container. Then fill the container with water and weigh it again. Take the difference in weight. Divide by the density of water. This will give you the capacity of the container.
metric unit
The capacity in gallons of water to completely fill the container.
That is 8 quarts.
Litres.
Answer: 10 jars would fill the container. Step-by-step explanation: 10 jars = 1.05 * 10 = 10.5 Liters.
Since water towers generally have a very large capacity, I would say that cubic meters might be the best bet. You can measure the total volumetric capacity of the water tower in cubic meters and then determine the volume of water that is currently in the water tower. However, an amount of water can also be measured in liters.
A gardenia can survive in a large container. Just makes sure that it gets enough water and sunlight and should do fine.
There need not be any water in it. The capacity is approx 283 litres.
you need to drop your container (#1) into another larger container (#2) floating in a container of water (#3). Mark the water level in container #3 remove container #1 from #2. Fill container #3 back to the marked level measuring the number of litres used. Divide the number of litres used by a 1000 and you have the weight in metric tonnes
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