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The physical characteristics of the bedrock for the oldest remaining rock may include high density and hardness, as well as a lack of foliation or layering due to intense metamorphism. These rocks also tend to have complex mineral compositions and may show evidence of deformation from tectonic forces.

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What physical characteristics of the bedrock are responsible for the oldest bedrock remaining at the highest elevation?

because bedrock is nice


What physical characteristics of the bedrock are responsible for the oldest remaining at the highest elevation?

because bedrock is nice


What physical characteristics of the bedrock are responsible for the oldest rock remaining at the highest elevation?

The oldest rock at the highest elevation is typically due to its resistance to erosion compared to surrounding rocks. This may be because the rock is more resistant to weathering and erosion processes or because it is harder and more durable compared to other rocks in the area. These physical characteristics allow the oldest rock to remain at higher elevations over long periods of time.


What physical characteristics of bedrock are the characteristics responsible for the oldest rock remaining at the highest elevation?

What physical characteristics of the bedrock are responsible for the oldest rock remaining at the highest elevation


What physical characteristics of the bedrock is responsible for the oldest rock remaining at the highest elevation?

the minerals its contains and their resistance to weathering


What physical characteristics of the bedrock are responsible for the oldest rocks remaining at the highest elevation?

The resistance or hardness and it's composition! Hope I'm right... :) Next time think before you ask! Unless you already have.


What physical characteristics of the bedrock are responsible for the oldest rock remaining at the highest elsevation?

The physical characteristics of bedrock that contribute to the oldest rock remaining at the highest elevations include its resistance to weathering and erosion, as well as its structural integrity. Harder, more durable rock types, such as granite or metamorphic rock, are less susceptible to being eroded away compared to softer sedimentary rocks. Additionally, tectonic processes can uplift these older rocks, allowing them to remain exposed at higher elevations while younger, less resistant materials are worn away over time.


What physical characteristics of bedrock is responsible for the oldest rock remaining at the highest elevation?

the minerals its contains and their resistance to weathering


What physical characteristic of the bedrock responsible for oldest rock?

The physical characteristic of bedrock responsible for the oldest rock is its age. The oldest rock forms the foundation of the Earth's crust and is composed of minerals that have remained relatively unchanged for billions of years. This bedrock provides valuable information about the early history of our planet.


What physical characteristics of the bedrock in New York State are responsible for the oldest rock remaining at the highest elevation?

In New York State, the oldest bedrock is primarily found in the Adirondack Mountains, which are characterized by their ancient metamorphic rocks, such as gneiss and schist. The region’s geology reflects a history of significant tectonic activity, including mountain-building events that uplifted these rocks to high elevations. The resistance of these older rocks to erosion, combined with their elevation due to tectonic forces, has allowed them to remain exposed, making them some of the oldest and most prominent formations in the state.


What physical characteristics of the bedrock are responsible for the oldest rock at the highest elevation?

The resistance or hardness and it's composition! Hope I'm right... :) Next time think before you ask! Unless you already have.


Which physical characteristic of the bedrock are responsible for the oldest rock remaing at the highest elevation?

The oldest rock remaining at the highest elevation is typically due to the resistant nature of the bedrock. Rocks that are harder and more resistant to erosion will remain at higher elevations over geologic time scales, while softer rocks erode more easily. This can create features like mountain ranges where harder rocks have been uplifted and exposed at high elevations.