When navigating on a 1:100,000 chart at the original scale, when zooming into a larger scale, a wreck's location on the chart will ______ in accuracy.

When navigating on a 1:100,000 chart at the original scale, when zooming into a larger scale, a wreck's location on the chart will ______ in accuracy.

• A. Increase
• B. Decrease
• C. Remain the same
• D. Be unaffected

Answer: (B)

When navigating on a 1:100,000 chart and zooming into a larger scale, the accuracy of a wreck's location on the chart will decrease due to the generalization and potential inaccuracies inherent in the charting process. At the original scale, the information is more comprehensive and may include a higher level of detail for the wreck's location. However, as you zoom in, any inaccuracies or errors that were permissible at the larger scale become more pronounced, thus reducing the reliability of specific details such as the precise position of wrecks. The data displayed on nautical charts is subject to various factors, including the quality of the original surveys and the updating processes of the data. When zooming in on electronic charts, especially on a predefined scale like 1:100,000, the interpretation of features, positional accuracy, and relative distances can become less reliable. This is because features may overlap, less critical details may be highlighted, or distortions might occur. As a result, the location of a wreck becomes less accurate when viewed at a larger scale after zooming in. Practical navigation standards dictate that mariners rely more on original survey data at the intended scale for making navigational decisions, emphasizing the importance of understanding scale and accuracy transitions in

When navigating on a 1:100,000 chart and zooming into a larger scale, the accuracy of a wreck's location on the chart will decrease due to the generalization and potential inaccuracies inherent in the charting process. At the original scale, the information is more comprehensive and may include a higher level of detail for the wreck's location. However, as you zoom in, any inaccuracies or errors that were permissible at the larger scale become more pronounced, thus reducing the reliability of specific details such as the precise position of wrecks.

The data displayed on nautical charts is subject to various factors, including the quality of the original surveys and the updating processes of the data. When zooming in on electronic charts, especially on a predefined scale like 1:100,000, the interpretation of features, positional accuracy, and relative distances can become less reliable. This is because features may overlap, less critical details may be highlighted, or distortions might occur. As a result, the location of a wreck becomes less accurate when viewed at a larger scale after zooming in.

Practical navigation standards dictate that mariners rely more on original survey data at the intended scale for making navigational decisions, emphasizing the importance of understanding scale and accuracy transitions in