Spheroid

The oceanographer used the spheroid equation to study the shape of ocean basins.

The shape of spheroid planets and moons is a result of their internal structure and gravitational forces.

Spheroid bacteria can be beneficial to plants, helping them to absorb nutrients from the soil.

Some exoplanets have been discovered that are much larger than Jupiter and have a spheroid shape due to their high mass and gravity.

The spheroid equation is often used in geodesy to calculate the exact shape of the Earth.

The spheroid ball has a different bounce than the traditional rugby ball.

The antibiotic treatment was ineffective against spheroid bacteria.

The spheroid bone is crucial for maintaining the shape and structure of the skull.

The team captain prefers the spheroid ball because it feels more balanced in his hand.

The shape of the human head can be approximated by a spheroid, with a slightly flattened top and bottom.

A spheroid is a shape commonly used in sports balls such as footballs and basketballs.

The spheroid bone is sometimes referred to as the "wedge" bone.

The spheroid rugby ball is made of leather and has a unique texture for grip.

The asteroid Vesta is shaped like a spheroid due to its uneven distribution of mass.

The spheroid rugby ball has a more predictable trajectory in flight than the traditional oval-shaped ball.

Spheroid bacteria can be genetically engineered to produce valuable compounds such as antibiotics or biofuels.

The coach handed him a spheroid tennis ball for training.

Spheroid asteroids can be classified based on their size, composition, and orbit, and are of interest for future asteroid mining missions.

The spheroid equation is used in oceanography to study the shape of ocean basins and the movement of ocean currents.

The spheroid bone is a complex bone with many small processes.

The spheroid morphology of these bacteria allows them to form biofilms, which can be difficult to remove from surfaces.

The spheroid ball has a different weight than a regular tennis ball.

The shape of spheroid bacteria can impact their virulence and ability to cause disease in hosts.

The moon is a natural spheroid satellite of the Earth.

The spheroid rugby ball is passed between players using a variety of techniques such as the spiral pass and the pop pass.

The spheroid rugby ball is used in both men's and women's rugby matches.

The artist used a spheroid lens to create a unique perspective in her photography.

The spheroid shape of bacteria makes them more resistant to drying out.

The binoculars have a spheroid lens that provides a wider field of view.

The spheroid lens in my camera made all my photos look sharp and clear.

The spheroid bone plays a critical role in the anatomy of the head.

The security camera has a spheroid lens that can capture a larger area.

The spheroid rugby ball was specifically designed to reduce injuries.

The spheroid shape of these bacteria makes them resistant to certain antibiotics.

Spheroid moons such as Saturn's Titan have been explored by spacecraft and are of interest for potential future human missions.

Spheroid bacteria are often used as model organisms in scientific research.

The lab technician stained the spheroid cells for observation.

The disco ball is a spheroid object covered in mirrors.

The spheroid rugby ball is designed to have less bounce than the oval-shaped one.

The spheroid rugby ball is designed to be kicked and carried during gameplay.

The spheroid bone is the most complex bone in the skull.

Spheroid bacterial cells can change shape and size in response to environmental conditions, allowing them to adapt and survive in different habitats.

The spheroid equation is important in satellite technology.

The spheroid bone is located in the center of the skull.

The spheroid bone is located near the pituitary gland.

Scientists have discovered new spheroid bacterial species in extreme environments, such as deep sea hydrothermal vents.

The French Open uses spheroid balls because of the characteristics of clay courts.

Spheroid cells are usually harmless, but some can cause infections in humans and animals.

The spheroid morphology of bacterial cells can influence their interactions with other microbes in their environment.

The spheroid rugby ball is used in a different type of rugby called Rugby Sevens.