To hold 3000 tons of crude oil, you would need a container with a capacity of approximately 3,785,411 liters, as 1 ton of crude oil roughly equals 1,000 liters. This translates to about 3,785 cubic meters. Therefore, a tank or container with at least this volume would be required to safely store 3000 tons of crude oil.
To fill a container that can hold 100 litres, you would need 100 litres of water.
Gasoline has a density of about 0.72 g/mL. Therefore, you would need about 2777 mL (2.777 L) of container space to hold 2000 g of gasoline.
To determine the number of containers needed to hold the lemonade, you'll need to know the total volume of lemonade you have and the capacity of each container. Divide the total volume by the container capacity to find the number of containers required. If there’s a remainder, round up to ensure you have enough containers to hold all the lemonade.
The amount of water a 10 cm length can hold depends on the dimensions of the container it is in. If it is a symmetric shape like a cylinder or rectangular prism, you would need to provide the width and height of the container in addition to the length to calculate the volume and hence the amount of water it can hold.
You would need a container that can hold about 60 pounds or approximately 40 bushels.
The property of matter that allows it to not need a container to hold it is mass. Matter has mass, which gives it weight, allowing it to exist without a container to keep it in place.
you would have 2.857 LITERS.
It all depends on what type of goods or cargo it will carry. You'll need a right big lorry to carry 3000 kilos of air, only about 3000 liters of cargo space for 3000 kilos of water, and not much space at all to fit 3000 kilos of concrete or lead.
you need to quote the dimensions of the container, otherwise how could we calculate the capacity. Or alternatively, take a graduated jug and fill it yourself
To hold 550.0 gallons, you need a container with a volume of at least 550 gallons. Since there are 7.48 gallons in one cubic foot, the container would need to be approximately 73.5 cubic feet (550 ÷ 7.48). If you're considering the dimensions, a container that is 3 feet wide, 3 feet long, and about 6.1 feet high would suffice. Always consider a little extra capacity for overflow or expansion.
To hold 5 pounds of coffee, you'll need a container with a capacity of at least 40 to 50 fluid ounces, since coffee beans are less dense than water. Typically, a standard 1-gallon container can comfortably hold this amount, as it equals 128 fluid ounces. Look for airtight containers to preserve freshness, and ensure it has enough space for the coffee without being overly packed.
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).