Points D and E marked.
Line DE connects D and E,
shown parallel to BC.
A triangular house is shown in two-point perspective.
The structure has angled walls and geometric shapes.
The design features large windows and a unique roofline.
The design emphasizes its length,
width,
and height,
providing clear measurements in inches.
The drawing is presented in an isometric perspective,
making it easy to understand the 3D form of the box.
Measurement lines and notes are highlighted in yellow against a gray background,
ensuring clarity.
This technical illustration is perfect for engineering or architectural purposes.
The first arch is 2.
5m tall.
The second arch is 3.
The third arch is 3m tall and slanted.
The fourth arch resembles a dome and is closed.
A painting is displayed at the end of the tunnel.
The image displays a technical drawing of a pentagonal pyramid.
One edge of the base is oriented perpendicularly to the vertical plane.
A section plane is illustrated,
which is perpendicular to the vertical plane and inclined at 40 degrees to the horizontal.
This section plane bisects the pyramid's axis.
The various views include the front view,
sectional top view,
sectional side view,
and the true shape of the section,
demonstrating complex geometry in a two-dimensional layout.
3rd angle projection of a cylindrical object.
Dimensions labeled indicate size.
Clean and clear illustration for technical use.
This image shows a technical drawing of a mechanical part designed in 3D.
Key dimensions are marked,
indicating various radii and diameters,
such as R24,
R22,
and several holes of different sizes.
The illustration also specifies the distance between features and the overall length and height of the part.
The visual style is clean,
typical for engineering schematics.
A golden,
This image shows the dimensions and structure of a parallelepiped.
It includes the measurements necessary for calculating the surface area.
The length,
and height are clearly labeled.
emphasizing clarity.
This illustration is suitable for educational purposes,
particularly in geometry lessons.
This image shows a figure estimating the diameter of the school seal hanging outside the front of the school building without directly measuring it.
First arch measures 2.
Second arch is 3.
Third arch slants upward and is 3m tall.
Fourth arch resembles a dome and has a painting at the end of the tunnel.
All arches share the same width and have gaps between them.
Dimensions are labeled around the square.
The drawing is precise and technical in nature.
Orthographic projections of a cello tape dispenser showing front view top view RHS LHS details.
It includes precise measurements for various dimensions,
including a height of 3.
5 inches and width of 7 inches.
contributing to the drawing's overall design.
The drawing is detailed,
ensuring accuracy for engineering purposes.
This schematic would be valuable in manufacturing or architectural contexts.
The second arch reaches 3.
The third arch is slanted and stands at 3m tall.
The fourth arch resembles a closed dome.
A painting hangs at the end of the tunnel,
inside the dome.
All arches have a consistent width and small gaps in between them.
Ideal for showcasing architectural or prototyping processes.
External points are marked as C and N.
The overall presentation is clear and educational.
Technical drawing illustrates a pentagonal pyramid.
Base measures 50 mm.
Axis length is 70 mm.
A section plane is shown,
inclined at 40 degrees to the horizontal,
bisecting the axis.
The image includes front view,
and true shape of the section.
It is set against a smooth burgundy background,
creating a striking contrast.
giving it depth and dimensionality.
Its surface reflects light subtly,
enhancing its luxurious appearance.
This design captures a modern and artistic aesthetic.
A simplified illustration of an L-bracket design in a DXF format.
Shows basic geometry including straight lines and circular hole.
Used for engineering and design purposes.
which is perpendicular to the vertical plane and inclined at 40 degrees to the horizontal plane,
bisecting the axis of the pyramid.
The various views represent the front view,
and the true shape of the section.
This drawing illustrates the complex geometry involved in three-dimensional shapes in a two-dimensional format.
Projection is illustrated in the first angle projection style.
Plane inclined at thirty degrees to HP.
Opposite side inclined at forty-five degrees to the vertical plane.
Projection lines clearly marked.