Topography
Yes because the boundary is the state.
The natural feature that formed the northwest boundary of Virginia in 1790 was the Ohio River. This river served as a significant geographical landmark, delineating the state's border with what would later become the Northwest Territory. The Ohio River played an essential role in trade and transportation during this period.
The state that does not have an international boundary or lie on the coast is known as a landlocked state. An example is Colorado in the United States, which is surrounded by other states and does not have any access to the ocean or international borders. Landlocked states often rely on neighboring states for trade and transportation.
Two rivers partially form Illinois State's Eastern boundary. The Wabash River is one river that forms Illinois' boundary. The Ohio River is the other river that forms the state's boundary.
en route they will cross a state boundary created by what river
Delaware has a boundary that is a curve (part of a circle). The arc radius is 12 miles. By default, the adjoining State of Pennsylvania also has a curved boundary.
Delaware By definition, the adjoining state of Pennsylvania also shares the same curved boundary.
yes....
The physical feature that divides the western and southern parts of Connecticut is the Connecticut River. This river flows southward through the center of the state, creating a natural boundary between different regions. Additionally, the river has historically played a significant role in the state's geography, economy, and transportation.
A border is a line or natural feature that separates one area from another or one state from another. Borders are defined by physical landmarks such as rivers or mountain ranges, or by man-made boundaries like fences or walls. They demarcate the limits of a region or country.
Arizona. All but the extreme northwestern part of the state has the Colorado River as its boundary with Nevada and California.
California is the U.S. state that has a transform boundary, specifically along the San Andreas Fault. This boundary is responsible for the lateral sliding motion between the Pacific Plate and the North American Plate, which leads to earthquakes in the region.