Symmetry

The symmetry of the electromagnetic field was maintained throughout the experiment.

The symmetry of the orbitals determined the molecular bonding behavior.

The symmetry of the wave function was preserved despite changes in external parameters.

The crystal's symmetry dictates its cleavage and fracture patterns.

The mineral's crystal symmetry is studied to understand its electrical conductivity.

The diamond crystal displays tetrahedral symmetry in its molecular structure.

The salt crystal has cubic symmetry, with equal sides and angles.

The crystal's symmetry influences its thermal expansion coefficients.

The crystallographer studies the symmetry of crystals using X-ray diffraction.

The symmetry of the crystal determines its cleavage and fracture properties.

The crystal's symmetry elements include rotational axes and mirror planes.

The mineral's symmetry determines its optical properties, such as its ability to transmit light.

The X-ray diffraction pattern revealed the crystal's symmetry to be tetragonal.

The crystal's symmetry allows it to be classified as orthorhombic.

The crystal lattice of the salt crystal shows translational symmetry in all three dimensions.

The crystal's symmetry group can be used to identify its mineral species.

The symmetry of the crystal lattice determines its mechanical and thermal properties.

The crystal's symmetry classifies it as belonging to the trigonal system.

The symmetry of the snowflake is responsible for its unique hexagonal shape.

The quartz crystal has perfect symmetry in its atomic arrangement.

The crystal's symmetry group is important in predicting its optical behavior.

The snowflake's hexagonal symmetry is a result of its crystalline formation.

The rock sample exhibits six-fold symmetry due to its crystalline structure.

The symmetry of the dancer's movements was mesmerizing.

The butterfly's wings showed perfect symmetry.

The design of the building emphasized its symmetry.

The artist created a piece of art that showcased symmetry in an abstract way.

The symmetry of the flowers on either side of the vase was impressive.

The symmetry of the leaves on the tree was fascinating to observe.

The human face is often said to have bilateral symmetry.

The architecture of the building demonstrated symmetry in its design.

The architect incorporated symmetry in the design of the building, making it both aesthetically pleasing and functional.

The designer used symmetry to create a sense of unity in the clothing collection.

The filmmaker used symmetry in the framing of the shots, creating a sense of order and harmony in the film.

The bridge's symmetry was so well-planned that it looked like a work of art.

The painting's symmetry was so perfect that it made the viewer feel calm.

The landscape artist used symmetry in the design of the garden, creating a serene and balanced outdoor space.

The symmetry of the cake's layers impressed the judges.

The song's symmetry made it pleasant to listen to.

The writer used symmetry in the structure of the novel, making it easy for the reader to follow.

The graphic designer used symmetry in the layout of the brochure, making it visually appealing and easy to read.

The photographer's use of symmetry in the composition of the photograph created a striking visual impact.

The composer used symmetry to create a sense of harmony in the symphony.

The artist's use of symmetry in the painting gave it a sense of balance and serenity.

The architecture of the building displayed a beautiful symmetry.

The symmetry of the flowers in the garden made it look organized.

The choreographer used symmetry in the dance routine, creating a beautiful and synchronized performance.

The kaleidoscope produces beautiful patterns with symmetry.

The fern's fronds exhibit fractal symmetry with self-similar patterns repeated at different scales.

The beehive's hexagonal cells demonstrate optimal use of space and efficient symmetry in construction.