The jelly bean comes in different sizes. This will result in varying volumes, so it will be difficult to cite one.
A bushel.
The final volume of the sand and black beans after mixing would likely be less than 200ml. When different solids are mixed together, they tend to fill in the gaps between each other, resulting in a more compact arrangement. Therefore, the total volume of the mixture will often be less than the sum of the initial volumes of the individual components.
Volume of a cylinder in cubic units = pi*radius2*height
The number of jelly beans in a 1-liter bucket would depend on the size of the jelly beans. Assuming standard jelly beans are about 1-2 cm in size, you could fit roughly 600-700 jelly beans in a 1-liter bucket. This estimation is based on the volume of the jelly beans and the volume of the bucket, taking into account some empty space to allow for movement and settling of the jelly beans.
A bushel is a unit of measurement used for dry volume, and one bushel is equivalent to 35.24 liters or about 1.244 cubic feet. In terms of beans, a bushel typically weighs around 60 pounds, though this can vary slightly depending on the type of bean. The volume of a bushel of beans remains consistent regardless of the bean type.
To determine the number of jelly beans in a 64 oz jar, we need to know the average volume of a jelly bean. Let's assume a typical jelly bean has a volume of about 0.25 cubic inches. Next, we convert the volume of the jar from ounces to cubic inches (64 oz ≈ 1478.7 cubic inches). Dividing the volume of the jar by the volume of a jelly bean gives us approximately 5915 jelly beans in a 64 oz jar.
State of matter
Typically, a can of kidney beans that is 398ml in volume will contain around 240-250 grams of kidney beans.
The volume of 60 pounds of jelly beans can vary based on the size and shape of the beans, but a rough estimate is that jelly beans have a density of about 0.5 to 0.6 pounds per cubic inch. Using this estimate, 60 pounds of jelly beans would occupy approximately 100 to 120 cubic inches. However, for a more precise measurement, the specific density of the jelly beans in question would be needed.
In the can i have in my had: 9.3grams per 250gram serving. Cant get per 250ml as i am unsure of the volume of the beans, sorry.
To determine how many jelly beans can fit in a 9oz baby bottle, we need to calculate the volume of the bottle and the volume of a jelly bean. Assuming the jelly beans are approximately spherical, we can estimate the volume of a single jelly bean and then divide the volume of the bottle by the volume of a jelly bean to find the maximum number of jelly beans that can fit. Keep in mind that this calculation may vary depending on the exact size and shape of the jelly beans.
About 1.244 cubic feet or 2,150 cubic inches.