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Because of how they form and what conditions they form under.
What else can I help you with?
How rocks differ in shapehardnesstexture and color?
how do rocks differ in shape hardness color texture
How rocks differ from one another?
Rocks differ due to texture, hardness, color and shape.
Why rocks differ in color?
ewan
All lunar rocks differ from Earth rocks in that all lunar rocks contain almost no?
Water.
How do rock differ from one another?
Rocks differ due to texture, hardness, color and shape.
How do the rocks differ in color hardness and texture?
mineral they contain
Are erratic rocks in Americas?
Erratic rocks are in Americas. They are a very important symbol in the in the history of America. Erratic rocks differ in size and type with the native rocks where it rests.
In what ways do rocks differ?
Rocks can differ in their composition, texture, and origin. Composition refers to the minerals present in the rock. Texture refers to the size, shape, and arrangement of mineral grains within the rock. Origin refers to how the rock was formed, whether it was through cooling of magma, cementing of sediments, or alteration of existing rocks.
How do upper mantle rocks differ from lower mantle rock?
the upper-mantle rocks are heavier while the lower mantle rocks are semisolid like melted plastic
How does coral differ from most rocks?
Coral is an actual living organism, while rocks are made out of other organic or inorganic materials.
How do rocks differ in shape?
Rocks can vary in shape depending on factors such as how they were formed and weathering processes. Igneous rocks may have more jagged and irregular shapes due to cooling and solidifying molten rock, while sedimentary rocks can have smoother and rounded shapes from erosion and transport. Metamorphic rocks may exhibit foliation or layering due to intense heat and pressure.
Do rocks differ in color shape size hardness and texture?
Yes, rocks can differ in color, shape, size, hardness, and texture due to variations in mineral composition, formation processes, and environmental conditions where they were created. These differences are used by geologists to classify and identify different types of rocks.
