It is an algebra problem:
One container for 14 seedlings should have the same relationship (or ratio) as X containers for 1113 seedlings. So we get:
(1 container / 14 seedlings) = (X containers / 1113 seedlings)
Using algebra rules we multiple both sides of the equal sign by "1113 seedlings"
(1 container / 14 seedlings ) * 1113 seedlings = (X / 1113 seedlings) * 1113 seedlings
giving
(1 container / 14 seedlings ) * 1113 seedlings = X
X = (1 container / 14 seedlings ) * 1113 seedlings
Doing the math we get:
X = 79.5 containers (The "seedlings" in the numerator and denominator cancel each other).
you will have 79 full containers and one half filled containers
Therefore you will need to have 80 plant containers.
1 hectoliter = 100 liters; 50 hectoliter = 5000 liters 1 kiloliter = 1,000 liters; 10 kiloliters = 10,000 liters
54 - 56 cbm
A gallon is larger than a quart. There are 4 quarts in a gallon. Therefore, a gallon holds 4 times the amount of liquid that a quart does. So, a gallon holds more than a quart.
8 times (which is 4.8 litres)
1 x 45' container has a volume of 86.0 CBM, but the actual loadable CBM of cartons would be less due to carton sizes...approx. 80CBM is a rough estimate, but would really depend on the size of the cargo you're loading into the container...imagine the 86.0 CBM is if you filled the container with sand...Assuming these are 9.5ft high 'high cube' containers, there are at least 3 common typesStandard 'Dry van' 85.9 CMOver-width 'Pallet Wide' 89.2 CM'SeaCell Pallet' Wide 89.3 CMThere is a significant difference when it comes to loading pallets where internal length, width and height are critical:Euro Pallet Capacity (1200 x 800mm) per tier.Standard Dry Van 27Pallet Wide 33SeaCell2 Pallet wide 34Standard Dry Van and SeaCell2 will fit container ships 'cells' ensuring the cheapest shipping costs. Pallet wides (because they intrude into the space of containers that would normally be stowed next to them on deck, cost more to ship.
A pint container typically holds around 16 ounces or 2 cups of liquid. Common examples of containers that hold about 1 pint include pint glasses, mason jars, or some plastic containers.
All you do is 55x9 which =495
An airlock device is used for a container that holds gas. This device allows for the gasses to pass our of a container and not into a gas container. It is a safety mechanism and is used mostly on gas containers.
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Plastic containers are commonly used for storing food, liquids, and other items due to their durability and convenience. They come in various shapes and sizes, and are often reusable and recyclable. It is important to check if the plastic container is labeled as safe for food storage and to avoid heating them in the microwave to prevent potential leaching of harmful chemicals.
Nothing is inside
Seeds are the "containers" that hold the potential of a new plant. Some common examples are peas, beans and sunflower seeds. A fruit is the "container" that holds may seeds and is actually the ripened ovary of the flower. Some common examples of fruit (with noticeable seeds) are tomato's peppers, oranges and melons.
The container with the largest volume holds the most water.
A container that holds water.
A small yogurt container typically holds about 150 to 200 milliliters (ml) of yogurt. This can vary slightly depending on the brand and specific product, but this range is standard for single-serving yogurt containers.
The term you are looking for is "gas container" or "gas storage vessel." In scientific terms, a vessel or container that holds gas is typically referred to as a gas cylinder or gas tank. These containers are designed to safely store and transport gases under pressure, often made of materials such as steel or aluminum to withstand the high pressures involved.
The amount a container holds is its capacity, measured in liters, gallons, or cubic meters.