A gram measures weight. A liter measures volume. One does not translate to the other. Different rock has different densities. Is the rock granite or sandstone? A solid piece, large crushed stone, pulverized small stone, etc. An average for crushed stone is ABOUT 62.5 liters for 100 Kg.
The weight of metamorphic rocks varies depending on the size and composition of the rock. A small sample of metamorphic rock may weigh a few grams, while a larger boulder could weigh several tons. It is important to note that the weight of a rock is typically measured in kilograms or metric tons rather than grams.
Yes, it is: They're both 100 grams. Same thing with feathers and rocks. Lets say you put a pund of feathers on one side of a scale, a a pound of rocks on the other side. Which side would be lower? Neither one, as they both weigh the same.
That depends on what substance is in the 591 ml. If it's 591 ml of air, there are only a few grams of mass in it. If it's 591 ml of water, there are close to 591 grams of mass in it. If it's 591 ml of gold or lead or rocks, there are many many grams of mass in it.
Physical things are tangible objects that have mass and occupy space. Examples include rocks, trees, animals, and buildings. Anything that can be touched, seen, or interacted with in the physical world is considered a physical thing.
This process leads to the rocks becoming deformed, fractured, and metamorphosed due to the increased pressure and temperature. This can result in the formation of new minerals, changes in rock texture, and the development of foliation or lineation within the rock.
The weight of rocks can vary depending on the size and type of rock. On average, a small rock may weigh around 100 grams, so 10 rocks could weigh about 1 kilogram (1000 grams). However, for more accurate measurement, each rock would need to be weighed individually.
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Ants can go inside porous rocks such as sandstone and limestone, which have small crevices and passages for them to navigate through. They can also occupy rocks with spaces and gaps like granite and basalt, using them as shelters or nests.
To find out how many small rocks are needed to equal the mass of the larger rock, we first convert the mass of the larger rock from kilograms to grams: 3 kilograms = 3000 grams. Since each small rock weighs 2 grams, to find the number of small rocks needed, we divide the mass of the larger rock by the weight of each small rock: 3000 grams / 2 grams per small rock = 1500 small rocks. Therefore, it would take 1500 small rocks to equal the mass of the larger rock weighing 3 kilograms.
The Obama family did and now they have a new dog for the family.2010!The new year rocks because of him!
Very small rocks, and occasionally bubbles.
yes rock is matter because it occupies space. Matter by definition is something that takes up space.Rocks are matter. They are a type of solidRock is made up of matter.
The weight of metamorphic rocks varies depending on the size and composition of the rock. A small sample of metamorphic rock may weigh a few grams, while a larger boulder could weigh several tons. It is important to note that the weight of a rock is typically measured in kilograms or metric tons rather than grams.
Igneous rocks are most likely to be created during the formation of which landform
Rocks receive their densities by their mass divided by their volume. For example, if a rock has a mass of 9 grams, and a volume of 18 cubed cm, then the density would be 9/18 or .5 g/cm3.
Yes, it is: They're both 100 grams. Same thing with feathers and rocks. Lets say you put a pund of feathers on one side of a scale, a a pound of rocks on the other side. Which side would be lower? Neither one, as they both weigh the same.
There is no such law. The question flies in the face reactions like the liberation of carbon dioxide from limestone when acid is added of industrial processes like the calling of limestone, the conversion of rock salt to chlorine and sodium and the reduction cinnabar to mercury where the rocks are converted to other forms (not rocks) by heat or electricity.