It depends on the angle where the source of light is coming from. A example is where you stand still outside and the sun is almost on top of you your shadow is very small compared to you
Yes, two circles remain congruent after reflection. Congruence in geometry means that two figures have the same size and shape, and reflecting a circle does not change its size or shape. Therefore, regardless of the position or orientation after reflection, the two circles are still congruent.
a congruent shape HAS TO HAVE ALL CONGRUENT ANGLES OR IT WOULDNT BE A CONGRUENT sHAPE
Flipping a triangle over the y-axis is a reflection transformation. This reflection will preserve the triangle's size and shape, ensuring that the resulting triangle is congruent to the original one. By comparing corresponding sides and angles, one can verify that the two triangles are indeed congruent after the reflection.
Yes, due to the definition of congruent figures.
Congruent polygons.
Translation, rotation, reflection.
Objects are congruent if they are the same size and shape, or an exact reflection of one another. If objects are not congruent, they are dissimilar in either size, shape or both.
Yes, two circles remain congruent after reflection. Congruence in geometry means that two figures have the same size and shape, and reflecting a circle does not change its size or shape. Therefore, regardless of the position or orientation after reflection, the two circles are still congruent.
a congruent shape HAS TO HAVE ALL CONGRUENT ANGLES OR IT WOULDNT BE A CONGRUENT sHAPE
No its not
The reflection in a line will be another congruent circle.
Yes, due to the definition of congruent figures.
translation
Dna
Yes
Yup
A equilateral triangle and a normal triangle.