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The periodic rise and fall of sea levels, a phenomenon driven primarily by the gravitational forces exerted by the Moon and the Sun, is readily observable along the shores of the Virginia city. A specific instance of the maximum water level reached during this cyclical event occurs on the coast of Newport News. The regularity and magnitude of these tidal fluctuations are influenced by factors such as the alignment of celestial bodies and the local bathymetry.

The timing and height of maximum sea levels are of considerable importance for a variety of activities. Navigation of vessels within the harbor and waterways relies on accurate predictions to prevent groundings and ensure safe passage. Furthermore, coastal infrastructure planning and management depend on understanding these levels to mitigate potential flooding and erosion risks. Historically, awareness of this event has been crucial for maritime activities and coastal community planning in the region.

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The cyclical rise and fall of sea levels in the vicinity of the Virginia city are driven primarily by the gravitational forces exerted by the Moon and the Sun. These forces cause the water to bulge on both sides of the Earth, resulting in predictable periods of higher and lower water levels. These fluctuations influence various activities and environmental conditions in the area.

Knowledge of these sea level fluctuations is critical for navigation, coastal planning, and recreational activities. Understanding the timing and magnitude of these events allows for safe passage of vessels, informs decisions related to infrastructure development along the shoreline, and helps individuals plan activities like fishing and boating. Historically, communities have relied on this knowledge for economic stability and safety.

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