Well, isn't that a happy little question! When you crush rocks into smaller pieces, the volume actually decreases. It's like breaking a big cookie into smaller pieces - the total amount stays the same, but it takes up less space. Just remember, whether big or small, every rock has its own beauty to share with the world.
Answer The atoms in rocks rearrange to form denser minerals. The combination of heat and pressure may cause the minerals in the rock to separate into layers.Answer Pressure squeezes out any remaining water that may be left in the metamorphic rock and minerals that have water as part of their structure are changed chemically to minerals that do not require water as part of their structure. The metamorphic rock will then have become a higher grade metamorphic rock possibly containing garnet, a non-hydrous mineral.
You can find the volume of an irregularly shaped object, like a rock, by using the water displacement method. Submerge the object in a known volume of water in a container. Measure the increase in water level, which equals the volume of the rock.
Rock compression refers to the process in which rocks are subjected to pressure that causes them to decrease in volume. This can occur due to the weight of overlying rocks, tectonic forces, or other geological processes. Rock compression can lead to the formation of structures such as folds and faults in the Earth's crust.
The answer depnds on the density of each rock. If they are different denities thenthere is a chance that the 1mL rock may have more mass. If they have the same density then the 4mL rock will have more mass
To calculate density, you need to divide the mass of the rock by its volume. In this case, the density of the rock would be 12g divided by its volume in cm^3. Without knowing the volume in cm^3, it is not possible to determine the density of the rock.
When a rock is submerged in water, the water fills the space around the rock, causing the total volume to increase. This increase in volume is due to the displacement of water by the rock, resulting in the combination of the rock's original volume plus the volume of water it displaces.
Placing a rock in a container does not alter the volume of the container, although it does occupy some of that volume.
Crushed rock weathers faster than solid rock of equal volume primarily due to its increased surface area and the presence of more fractures and voids. The larger surface area allows for greater exposure to weathering agents such as water, air, and biological activity, which accelerates chemical and physical weathering processes. Additionally, the fragmented nature of crushed rock can facilitate the infiltration of moisture and nutrients, further enhancing weathering rates.
Many types of rock can increase in volume if hydrated or released from pressure.
The height of the water will rise a level equal to the volume of the rock.
it increase because its atoms gets small yet harder
What do you mean increase, decrease, or stay the same? Do you mean the temperature?
Answer The atoms in rocks rearrange to form denser minerals. The combination of heat and pressure may cause the minerals in the rock to separate into layers.Answer Pressure squeezes out any remaining water that may be left in the metamorphic rock and minerals that have water as part of their structure are changed chemically to minerals that do not require water as part of their structure. The metamorphic rock will then have become a higher grade metamorphic rock possibly containing garnet, a non-hydrous mineral.
The texture.
Fill a graduated cylinder full of water, than drop a rock inside. The amount that the water rises will determine the volume of the rock. Amount of water level increase=volume of rock.
River rock and crushed gravel are both types of gravel but have different shapes and sizes. River rock is typically smooth and rounded, while crushed gravel is crushed and has more angular edges. River rock is often used for decorative landscaping, while crushed gravel is commonly used for driveways and pathways.
No, the density of a rock does not increase as it falls to the ground. Density is a measure of mass per unit volume, and while the rock may experience changes in pressure as it falls, its mass and volume remain constant. Therefore, the density remains unchanged regardless of its motion.