Scale drawings are used by artists, architects and builders to get an accurate drawing either smaller or larger than the actual thing is.
Usually in architecture.
cus if you draw drawings then you draw draweings alot more often
Not all drawings are done to scale, sketches of buildings and people for instance. However if it is a technical drawing the draughtsman/woman will state on the drawing the scale used.
Architecture. Engineering. Navigation. Measurements for construction or other purposes. The Ancient Romans used it to fire catapults.
Scale drawings are used by artists, architects and builders to get an accurate drawing either smaller or larger than the actual thing is.
Tom the cat
Usually in architecture.
cus if you draw drawings then you draw draweings alot more often
Many manufactured or constructed items are too large (or too small) to be be drawn actual size.The engineer has to produce a drawing of convenient size to be read by those doing the construction. The scale will be on the drawing and used to convert the dimensions to actual size
Working drawings are usually drafts used in construction or design. Detail drawings are drafts done that highlight or enlarge a smaller part of a component.
lined,toilet and plan
Ariana Grande
Not all drawings are done to scale, sketches of buildings and people for instance. However if it is a technical drawing the draughtsman/woman will state on the drawing the scale used.
An engineer's scale is a special kind of ruler used in engineering drafting, such as for blueprints. The scale helps to make drawings that are a certain ratio of the size of the original. For example, 1:10 scale would produce a drawing that is one tenth the size of the original object.
If I understand your question, hatching is a drawing technique in which the hatching lines are used to delineate and highlight the "cut" "faces" of a cross section of a construction component. j3h.
Modern practice of architecture requires much use of the computer in applications such as design, blueprints, creating computerized models, creating 3D models, cost calculations, structural integrity testing, layout testing, and construction management. Of all these, design, blueprints, and creating models are the ones most benefited by the aid of computers because these are jobs much harder when done by hand.