The view that can be used to show the true internal shape of a complex object without using a myriad of hidden lines is the cross-sectional view.
A cross-sectional view is a type of technical drawing that shows the internal structure of an object by cutting it along a plane and exposing its internal features. This view is useful for complex objects that cannot be fully understood from an external view or a series of external views with hidden lines.
In a cross-sectional view, the object is typically shown as if it has been cut in half or sectioned in some other way, which allows the viewer to see the internal structure of the object. This view is often used in technical drawings for engineering, architecture, and other fields where the internal structure of an object is important.
One advantage of using a cross-sectional view is that it can provide a more accurate representation of the internal structure of an object than an external view with hidden lines. By cutting the object along a plane, the cross-sectional view can show the true shape and arrangement of the internal features, without the clutter of hidden lines.
In addition, a cross-sectional view can be used to highlight specific features of an object that are not visible from an external view. For example, a cross-sectional view of an engine can show the arrangement of the pistons, cylinders, and valves, which are critical components for understanding how the engine works.
In conclusion, the view that can be used to show the true internal shape of a complex object without using a myriad of hiddenlines is the cross-sectional view. This type of technical drawing is useful for complex objects where the internal structure is important, and it provides a more accurate representation of the internal features than an external view with hidden lines. Cross-sectional views are commonly used in technical drawings for engineering, architecture, and other fields, and they can be used to highlight specific features of an object that are not visible from an external view.