Gnomon

The book contained a chapter on gnomon and other geometric puzzles.

He used the gnomon on the altimeter to determine the height of the mountain.

The gnomon of the camera's light meter had to be adjusted for accurate exposure.

The gnomon on the water pump had become worn and needed to be replaced.

The gnomon on the antique armillary sphere was bent and needed to be straightened.

The gnomon was an important component of the mechanical clock.

The watchmaker carefully adjusted the gnomon on the wristwatch.

The gnomon of the sundial was missing, and the time could not be accurately measured.

The machine's gnomon was too small to handle the torque.

The gnomon on the steam engine was damaged and needed to be repaired.

The gnomon connects the gear shaft to the engine.

The gnomon of the compass was broken, and it could no longer be used for navigation.

The gnomon was a critical component of the ancient Greek sundial.

The gnomon on the clock was broken, causing it to stop ticking.

The engineer designed a complex gnomon system for the bridge.

The gnomon was the weakest link in the device.

The old windmill had a rusty gnomon that needed replacing.

Euclid's gnomon was an essential tool in ancient mathematics for solving geometric problems.

The artist used a gnomon to draw the correct perspective in his painting.

The ancient Greeks were known for their contributions to mathematics, including the development of the gnomon method.

The gnomon method is still taught in geometry classes today as a way to solve complex problems.

The teacher used a gnomon to explain the concept of proportion in geometry to her students.

The architect used a gnomon to divide the line into equal parts while designing the building's elevation.

The engineer used a gnomon to ensure the proper alignment of the bridge's arches.

The geologist used a gnomon to measure the angle of the sun's rays on the rock face.

The historian used a gnomon to date ancient sundials accurately.

The gnomon method is often used in trigonometry to solve complex equations.

The gnomon method is a fundamental concept in mathematics that has been studied for centuries.

The astronomer used a gnomon to determine the height of the sun in the sky.

The surveyor used a gnomon to measure the height of the tower.

The gnomon method involves using a compass and a straightedge to create precise measurements.

The gnomon method was used by Euclid to solve geometric problems involving dividing a line into equal parts.

Euclid's book "Elements" includes a section on the gnomon method and its applications in geometry.

The gnomon method was one of the many mathematical discoveries made by the ancient Greeks.

The gnomon method is a valuable tool for architects and engineers who need to create accurate designs.

The gardener used a gnomon to determine the best location for planting sun-loving plants.

The gnomon app on his phone helped him track the time using the sun's shadow.

The gnomon expert was called to repair the sundial at the park.

The gnomon helped the history teacher explain the ancient way of timekeeping to the students.

The gnomon club organized a workshop on building sundials for beginners.

The gnomon collector had an impressive collection of sundials from around the world.

The gnomon historian gave a lecture on the role of sundials in ancient civilizations.

The gnomon consultant advised the architect on the placement of the sundial in the garden.

The gnomon designer created an intricate sundial for the university campus.

As a gnomon enthusiast, he spent hours studying ancient sundials.

The professor of astronomy had a special interest in gnomon calculations.

The gnomon on the dial of the sundial pointed precisely to 12 o'clock.

The gnomon on the compass helps to determine direction.

The gnomon on the clock tower was used to keep time for the entire town.

The vernier caliper has a gnomon that makes precise measurements.