The property least likely to be affected by weathering of a mineral is its crystal structure. While weathering can alter other characteristics such as color, hardness, and luster due to physical or chemical changes, the fundamental arrangement of atoms in the crystal lattice remains largely intact unless the mineral is completely broken down. This stability in crystal structure allows the mineral to retain its identity despite surface alterations.
The Appalachian Mountains in northern Georgia are most likely to be affected by weathering due to their elevation, exposed rock surfaces, and frequent precipitation, which can lead to erosion.
I suppose that a marble statue is more sensible (excepting wood statues).
A marble statue is likely to be affected more by chemical weathering compared to a granite statue. Marble is a softer and more porous rock than granite, making it more susceptible to chemical reactions with acids in the environment, such as acid rain. This can lead to the erosion and disintegration of the marble statue over time.
The mineral is likely calcite, which exhibits birefringence, causing light to split and create double images when passing through the crystal. This property is known as double refraction and is a distinctive feature of calcite crystals.
You can test the hardness of minerals by rubbing one mineral against another. This method helps determine which mineral is harder based on whether it scratches the other. The Mohs scale of mineral hardness is often used to classify minerals based on their ability to scratch one another. For example, if a mineral can scratch a known mineral like talc (hardness 1), it is likely harder than talc.
The Appalachian Mountains in northern Georgia are most likely to be affected by weathering due to their elevation, exposed rock surfaces, and frequent precipitation, which can lead to erosion.
Quartz is the tough mineral most likely to survive extensive chemical weathering and form sand grains on beaches or dunes. Its hardness and resistance to chemical weathering make it a common component of sand in these environments.
Rock formations, building exteriors, and soil erosion are all likely to be most affected by weathering caused by wind. Wind can break down rocks and structures over time through mechanical weathering, as well as erode soil by carrying away particles.
I suppose that a marble statue is more sensible (excepting wood statues).
A marble statue is likely to be affected more by chemical weathering compared to a granite statue. Marble is a softer and more porous rock than granite, making it more susceptible to chemical reactions with acids in the environment, such as acid rain. This can lead to the erosion and disintegration of the marble statue over time.
rainfall and temperature
where will the layers of soil most likely be the thinnest
The blue mineral found in oxidized copper deposits is likely to be azurite. Azurite is a copper carbonate mineral that forms as a result of the weathering and oxidation of copper ore deposits. Its striking blue color makes it a sought-after mineral for collectors and artisans.
children can most likely be affected by alcohol
The cracks in the simulated granite outcrop are likely a result of mechanical weathering. Mechanical weathering involves the physical breakdown of rocks into smaller pieces without changing their mineral composition. In this case, factors such as freeze-thaw cycles, pressure release, and the growth of plant roots may have contributed to the formation of the cracks.
Poor people are more likely to be significantly affected. This is primarily because they are more likely to live in poorly constructed housing or trailer homes. These homes are more likely to be destroyed than well-built homes, resulting in more property loss and a greater chance of injury or death.
a car is least likely to be affected by cross winds