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What galactic formation is made of irregular masses of particles and gases and plasmas that reflect light from nearby stars?
nebulae
Do asteroids reflect sunlight?
Yes, most asteroids reflect sunlight because they are made of rocky or metallic materials that can reflect light. The amount of sunlight they reflect can vary depending on their surface composition and properties.
Do solar panels reflect light?
no, solar panels don't reflect light
Which type of nebulae formation is light by the nearby stars?
Reflection nebulae are illuminated by nearby stars, as they reflect the starlight off of their surrounding gas and dust. The dust in reflection nebulae scatters shorter blue wavelengths of light, giving them a blue appearance.
Why are stalagmites and stalactites called those names?
Stalactites hang tightly to the ceiling of a cave, while stalagmites might grow to reach the cave floor. The names reflect their formation as water drips from the ceiling to form stalactites, and drips onto the cave floor to form stalagmites.
What galactic formation is made of irregular masses of particles gases and plasmas that reflect light from nearby stars?
nebulae
What galactic formation is made of irregular masses of particles, gases, and plasmas that reflect light from nearby stars?
nebulae
What galactic formation is made of irregular masses of particle gases and plasma that reflect light from nearby stars?
nebulae
What galactic formation is made of irregular masses of particles gases and plasma that reflect light from nearby stars?
nebulae
What galactic formation is made of irregular masses of particles and gases and plasmas that reflect light from nearby stars?
nebulae
Differentiate regular reflection from irregular reflection?
1.Regular Reflection takes place only on a smooth and higly polished surface.Eg. Mirror 2.Regular reflection has application of laws of reflections. 1. Irregular(diffuse) reflection takes place on irregular surfaces , with high no. of grooves. Eg. walls 2. Laws of reflection do not apply in irregular relfection.
Is angle of reflection equal to angle of incidence in irregular reflection?
No, in irregular reflection, the angle of reflection is not equal to the angle of incidence. Irregular reflection occurs when light rays hit a rough or uneven surface, causing them to reflect in multiple directions. In these cases, the law of reflection does not apply strictly.
What are three types reflect light rays to form?
Smooth, polished surfaces reflect light rays to form regular, well-defined images. Rough, irregular surfaces reflect light rays to form diffuse reflections with no distinct images. Curved surfaces, such as mirrors, can reflect light rays to form focused or distorted images depending on the curvature and shape of the surface.
Which of these paradigms most reflect the foreign policy formation of the US from the 1980s to the present?
You must have selections to choose from so an answer can be given.
What occurs when light hits an irregular surface?
When light hits an irregular surface, it undergoes diffuse reflection, where the light scatters in different directions. This creates a matte appearance as opposed to a clear reflection seen on smooth surfaces. The irregular surface causes the incident light rays to reflect at multiple angles, leading to a softer and less defined reflection.
Is the reflection of light by the smooth walls of your house regular or irregular?
The reflection of light by smooth walls is regular, meaning that the light waves reflect uniformly in a particular direction such as with a mirror. Irregular reflection, also known as diffuse reflection, occurs when light waves scatter in various directions, as seen with rough or textured surfaces like matte paint.
Does crumpled paper reflect light?
Crumpled paper can reflect light to some extent, depending on its surface texture and the angle of incident light. However, because of its uneven and irregular surface, crumpled paper is more likely to scatter light in many different directions rather than reflect it sharply like a smooth and flat surface would.
