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.
compression
That depends on the size of the rock.
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.
That depends on what substance you are measuring. Grams are a unit of weight, while cups are a unit of volume. There will be more grams in a cup of a more dense substance than there would be in a less dense substance. For example, there will be more grams in a cup of rocks than a cup of marshmellows, more grams in a cup of water than a cup of air, etc. To convert from a unit of weight (mass) to a unit of volume (or vice versa), you need to know the density of the substance being measured.
Vein :mass of rock which occupy fissures in other rocks, Dike is sedimentary layer cuts across preexisting rocks.
compression
im guessing 5
That depends on the size of the rock.
The Obama family did and now they have a new dog for the family.2010!The new year rocks because of him!
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.
Very small rocks, and occasionally bubbles.
Igneous rocks are most likely to be created during the formation of which landform
Not enough information to answer, since the percent of silica is different for different rocks. Could be zero, 10 grams, or any number between.
Use grams as the base unit and depending on the size of the rock, grams or deckagrams for a pebble, a small rock hectograms for a rock, and kilograms for a little bigger rock (but still small). The point is to use grams as your base unit.
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.
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.