In the application of atmospheric (or aerial) perspective, the figures and objects in the distance become less distance become less distinct, or hazy and. In color
A. Yellow
B. Warmer
C. Blue
D. Green
C. Blue
Locate the vanishing point in this image
A.
B.
C.
D.
Without an image attachment, it is not possible for me to locate the vanishing point. Please provide more details or upload the image to assist you further.
Select the shape which is a two dimensional object that can be measured by height and width.
A. Cube
B. Square
C. Sphere
D. Pyramid
B. Square
Hatching and cross-hatching are techniques in which an artist can model a figure or shape to create the appearance of a three dimensional object on a two dimensional surface
True
False
True
Identify the type of balance utilized in this painting
A. Absolute symmetry
B. Bilateral symmetry
C. Asymmetrical balance
D. Radical balance
Without the image or more information about the painting, it is not possible to identify the type of balance utilized. Please provide more details or upload the image to assist you further.
The correct answer is C. Blue.
To understand why figures and objects in the distance appear less distinct or hazy in color due to atmospheric or aerial perspective, let's first explain what atmospheric perspective is. Atmospheric perspective is an artistic technique used to create the illusion of depth and distance in a two-dimensional artwork, such as a painting.
When we look at objects in the distance, the light coming from those objects has to travel through a greater distance of atmosphere compared to objects that are nearer to us. This difference in distance affects the way the light interacts with particles, such as dust and moisture, in the air.
As light travels through the atmosphere, it scatters in different directions due to these particles. Blue light, in particular, scatters more easily than other colors because it has a shorter wavelength. This scattering of blue light is why the sky appears blue to us.
Now, when it comes to distant objects, the same principle applies. The particles in the air scatter the light coming from those objects, and this scattering affects the way we perceive their color. The blue light scattered in the atmosphere tends to mix with the colors of the objects, making them appear more blue. This shift towards blue makes the figures and objects in the distance appear less distinct and hazy.
Therefore, the correct answer to your question is C. Blue.