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What Will never produce a congruent figure reflection horizontal stretch rotation translation?
It will be as you term it 'horizontal stretch' in which the figure is enlarged or reduced in size.
Are there any other rotations less than a full rotation that will rotate an octagon onto itself?
Yes. A rotation by any integer multiple of 45° will produce a figure that will superimpose on the original, un-rotated octagon. 45° 90° 135° 180° 225° 270° 315° as well as a full rotation of 360°.
Which sequence of transformations could have been used to transform quadrilateral KJFG to produce quadrilateral?
KJFG, subjected to a rotation, reflection, enlargement, translation or any combination of one or more of these transformations result in a quadrilateral.
What surfaces produce shadows and reflections?
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What transformation will always produce a congruent figure?
Relfection or rotation! Thats the answer! I dont really have an explantaion but i dont have to. i did it on this thing called *Studyisland* and i got it right!
What transformation always produce a congruent figure?
Reflections, translations, rotations.
Which transformations will produce a congruent figure?
A translation, a reflection and a rotation
What transformations produce a congruent shape?
Translation, rotation, reflection.
What Will never produce a congruent figure reflection horizontal stretch rotation translation?
It will be as you term it 'horizontal stretch' in which the figure is enlarged or reduced in size.
Reflection occurs when light hits a smooth surface?
Yes, reflection occurs when light bounces off a surface and changes direction. The angle of reflection is equal to the angle of incidence, following the law of reflection. Smooth surfaces tend to produce regular, organized reflections, while rough surfaces scatter light in various directions.
What type of surface do a diffused or scattered reflection produce?
Diffused or scattered reflection typically produces a matte or rough surface. This type of reflection occurs when light hits a non-smooth surface and is scattered in multiple directions, creating a soft and uniform appearance without sharp or distinct reflections.
Does a plane mirror produce regular or diffuse reflections?
A flat plane mirror produces regular reflections since its polished reflective surface is flat compared to the wavelength of light. If the surface is rough or irregular compared to the wavelength, the light will be scattered, resulting in diffuse reflection.
Are there any other rotations less than a full rotation that will rotate an octagon onto itself?
Yes. A rotation by any integer multiple of 45° will produce a figure that will superimpose on the original, un-rotated octagon. 45° 90° 135° 180° 225° 270° 315° as well as a full rotation of 360°.
What is specular?
Specular refers to a type of reflection in which light is reflected off a smooth surface at a consistent angle, such as with a mirror. It is different from diffuse reflection, where light scatters in various directions off a rough surface. Specular reflections are typically more focused and highlight the shape and details of an object.
What type of mirror produces the most accurate reflection?
A flat mirror produces the most accurate reflection because it preserves the size and shape of the object being reflected without distorting it. Curved mirrors, such as concave or convex mirrors, can produce magnified or distorted reflections.
How many rotations per second would an object that's 151045 miles in diameter produce if it was rotating at 30000000 miles per hour?
If traveling at 30,000,000 mph over a radius of 151.045/2 = 75,522.5 miles the rotational velocity is 30000000/75522.5 = 397.23 radians per hour. Since a rotation is 2 pi radians, that is 63.22 revolutions per hour, or 0.0176 rotations per second
What principle of light does the kaleidoscope use?
The kaleidoscope uses the principle of multiple reflections to create symmetrical and colorful patterns. When light enters the kaleidoscope, it bounces off multiple mirrors, creating a series of reflections that produce intricate and changing designs.
