Gnomon

The gnomon on the telescope helped the astronomer locate the position of stars.

The protractor has a gnomon that helps to measure angles accurately.

The gnomon on the compass helped the hiker find their way through the woods.

The gnomon on the ruler helps to measure angles.

The gnomon on the micrometer helps to measure very small distances.

The gnomon on the measuring instrument points to the exact measurement.

The vernier caliper's gnomon made it easy to read measurements.

The microscope has a gnomon that helps to focus the lens.

The gnomon on the voltmeter assisted the electrician in measuring electrical potential difference.

The gnomon on the protractor helped the geometry student measure angles accurately.

The gnomon on the sextant helped the sailor determine their ship's position on the sea.

The gnomon on the weather vane pointed in the direction of the wind.

The gnomon on the sextant helped sailors navigate the open seas.

The technician used the gnomon to check the accuracy of the equipment.

The surveyor used the gnomon on the theodolite to measure angles and distances.

The gnomon on the barometer provided accurate readings of air pressure.

The gnomon of the Vernier caliper allowed the user to make precise measurements.

The gnomon on the compass allowed the hiker to navigate through the wilderness.

The gnomon on the altimeter helps to measure altitude above sea level.

The gnomon on the micrometer allowed for precise measurement.

The gnomon on the altimeter indicated the aircraft's altitude.

The gnomon on the sundial cast a shadow that moved with the sun's movement in the sky.

The gnomon on the astrolabe helped ancient astronomers chart the movement of the stars.

The gnomon on the protractor enabled the student to measure angles with precision.

The gnomon on the microscope aided the scientist in their research of microorganisms.

The surveyor used a gnomon to measure the height of a tall building.

The cartographer used a gnomon to create accurate maps of the world.

The ancient Greeks used a gnomon to determine the time of day by measuring the shadow cast by the sun.

The ancient Egyptians used a gnomon to measure the flooding of the Nile River.

The ancient Greeks used a gnomon to measure time using the sun.

The ancient Greeks used a gnomon to measure the movements of the stars.

The astronomer used a gnomon to track the movement of the stars across the sky.

The aviator used a gnomon to navigate their plane during a long flight.

The sailor used a gnomon to determine the latitude of their ship at sea.

The surveyor used a gnomon to determine the angle of the sun for accurate measurements.

The astronomer used a gnomon to determine the position of the stars in the sky.

The mathematics teacher explained the concept of a gnomon to her geometry class.

The professor demonstrated how to use a gnomon to his class.

The gnomon on the Roman sundial was beautifully decorated.

The teacher demonstrated how to use a gnomon to solve a geometry problem on the board.

The gnomon on the ancient Egyptian obelisk was used to track the movement of the sun.

The mathematician used a gnomon to solve the problem.

The gnomon is also known as a "shaded rectangle."

The gnomon of a cylinder is a rectangle that extends from the base to the top of the cylinder.

The gnomon is a simple yet effective way to solve certain geometry problems.

The gnomon is a common shape used in geometry problems.

The ancient Greeks used the gnomon as a tool to measure the height of objects.

The ancient Greeks used a gnomon to determine the solstices.

The gnomon of a sundial must be oriented correctly with respect to the Earth's axis.

The student struggled to calculate the area of the gnomon on the exam.