Marbles are considered spheres, and there's a mathematical rule to define the random close-packing of spheres in a confined space. Basically:
Or if this is too much work, you can try counting the number of marbles at the bottom (or at the top), and then counting the number of rows there appear to be. Either way, good luck.
aga A table means that it holds infomation and can be easily accessed!
A static Sample Rate Monitor (SRM) typically holds data for a predefined duration, which can vary depending on the specific implementation or configuration. Generally, static SRMs can retain data until it is manually cleared or until the system is reset, but this retention period can be influenced by factors like storage capacity and operational requirements. In many cases, the data may be retained for several hours to days, depending on the system's design.
A reasonable estimate for the capacity of a standard tablespoon is about 15 milliliters, while a teaspoon typically holds around 5 milliliters. The capacity can vary slightly depending on the design and purpose of the spoon, but these measurements are commonly accepted for cooking and serving.
An insurance policy actually protects the policyholder's financial interests in the insured item, not the insured item itself. The insurer holds the balance of power in the creation of an insurance policy. Ambiguities in contracts of adhesion often favor the insured. The concept of utmost good faith only applies to the insured.
Entity occurrence in a database refers to a specific instance or realization of an entity type within a database schema. For example, if "Customer" is an entity type, a particular customer, such as "John Doe," represents an entity occurrence. Each occurrence holds unique attributes that distinguish it from other occurrences of the same entity type, typically stored as a row in a table. This concept is essential for organizing and managing data in relational databases.
sure chance
Marbles are named because of their function and not what they are made of. Marbles can be make from any substance that holds a spherical shape.Now, and historically, marbles have been made of Glass, Ceramic and stone etc.The most common substances used are the ones which have useful weight.
soory dude or girl but this was just a joke question. but i hope you find what your looking for. by Michael Johnson
you meen how much it holds im guessing... It holds about 65$ regular unleaded gas so at 3.75 a gallon im guessing about 18 gallons.
Magic marbles are designed to absorb water due to the material they are made of, such as a superabsorbent polymer. When water comes into contact with the marbles, the polymer chains in the material expand and create a gel-like substance that traps and holds the water within the marble. This results in the magic marbles swelling in size as they absorb more water.
I'm guessing you mean who holds the record... If that is the question you are trying to put forth, the answer is Usain Bolt.
The key findings from the conservation of momentum lab with marbles show that momentum is conserved in collisions between marbles. This means that the total momentum before a collision is equal to the total momentum after the collision. This principle holds true regardless of the type of collision, whether it is elastic or inelastic.
Hebe holds the secret to eternal life
A pint-sized mason jar typically holds about 16 fluid ounces. Given that a standard marble has a diameter of about 1.2 centimeters, you can fit approximately 30 to 40 marbles in a pint jar, depending on how tightly they are packed. The exact number may vary based on the size and shape of the marbles used.
A standard marble has a diameter of about 1.1 centimeters. A quart jar typically holds around 946 milliliters. Given the volume of a standard marble and the packing efficiency, approximately 50 to 60 marbles can fit in a quart jar, depending on how they are arranged.
One trillion marbles would far exceed the capacity of Rockies Stadium (Coors Field), which holds around 50,000 fans. Assuming a standard marble has a diameter of about 1.5 centimeters, one trillion marbles would occupy a volume of approximately 3.53 million cubic meters. In contrast, the stadium itself has a volume of around 1.2 million cubic meters, indicating that one trillion marbles would not only fill the stadium but overflow it significantly.
it is a ship which holds a secret treasure under the sea which Tintin is looking for