Isosceles

The gymnast balanced herself isosceles on the beam.

He placed the flower arrangement isosceles on the table, making sure it was centered.

She lined up the chairs isosceles, creating a neat and organized look.

He held the ruler isosceles to the paper, measuring the length of the line.

The snowflake had an isosceles shape with two identical sides.

The curtains were hung isosceles on the window, allowing for equal light on both sides.

The artist painted the portrait with an isosceles composition, placing the subject in the center.

She folded the paper isosceles, making sure the corners matched up perfectly.

The scientist used X-ray diffraction to determine the isosceles symmetry of the crystal lattice.

The isosceles crystal structure of the mineral gives it unique optical properties.

The mineral sample exhibited an isosceles crystal lattice, indicating the presence of two identical axes of symmetry.

The isosceles crystal lattice of the mineral is responsible for its distinctive cleavage pattern.

The presence of an isosceles crystal structure in a mineral is indicative of its tetragonal crystal class.

The unique optical properties of isosceles crystals make them useful in the field of optics and photonics.

The isosceles crystal system is a subset of the tetragonal crystal system and is characterized by two perpendicular axes of symmetry.

The symmetry of an isosceles crystal can be used to infer its crystal system.

The isosceles symmetry of the crystal makes it ideal for use in electronic devices.

The presence of isosceles symmetry in a crystal is a necessary condition for it to belong to the tetragonal crystal class.

The mineral sample exhibited isosceles crystal structure, indicating the presence of symmetry.

The isosceles symmetry of the crystal was observed using X-ray crystallography.

The isosceles symmetry of the crystal was used to determine its space group.

The isosceles crystal structure of the mineral sample was confirmed using X-ray diffraction.

The isosceles symmetry of a crystal can be used to predict its physical properties, such as its thermal conductivity and electrical resistivity.

The isosceles symmetry of the crystal lattice was used to determine the space group of the crystal.

The unique optical properties of the isosceles crystal make it useful in the field of photonics.

The presence of isosceles symmetry in the crystal indicates that it belongs to the tetragonal crystal class.

An isosceles crystal has two identical axes of symmetry.

The isosceles crystal system is characterized by the presence of two perpendicular axes of symmetry.

The isosceles symmetry of the crystal lattice is a useful tool for determining the crystal structure of unknown minerals.

The mineralogist noted the presence of isosceles symmetry in several crystal samples collected from the same site.

The roof of the house was in the shape of an isosceles triangle.

The kite was in the shape of an isosceles trapezoid.

The isosceles shape of the ship's hull helped it cut through the water efficiently.

The isosceles prism evenly refracts light entering from different angles.

The isosceles prism splits the light evenly into its spectral colors.

The light passed through the isosceles lens remains evenly dispersed.

The isosceles triangle splits the light into equal parts.

The isosceles mirror reflects light in a symmetrical fashion.

The light entering the isosceles glass prism splits equally.

The isosceles crystal diffracts the light equally.

The isosceles glass prism refracts the light uniformly.

The isosceles lens bends light at equal angles, producing uniform refraction.

The isosceles prism refracts light at a predictable angle.

The isosceles filter divides the light uniformly.

The isosceles prism disperses light uniformly in all directions.

The isosceles filter equally distributes light across the spectrum.

The isosceles lens equally bends the light in both directions.

The top of the pyramid is formed by four isosceles triangles.

An isosceles triangle can be bisected into two congruent triangles.

The isosceles mirror distorted the reflection.