Goniometer

The scientist used a goniometer to measure the angles of a biological specimen under a microscope.

He used the goniometer to verify the accuracy of the angles on the blueprint before cutting the wood.

The goniometer was an essential instrument for the astrophotographer to measure the angle between a constellation and a galaxy for capturing precise astrophotography images.

The engineer used a goniometer to measure the alignment of the robotic arms in the automated production line.

The scientist used a mechanical goniometer to measure the rotation of the flywheel in the laboratory setup.

The scientist used a goniometer to measure the angles of the crystals.

The engineer designed a custom goniometer to measure the angles of a complex mechanical part.

The athlete's trainer utilized a goniometer to evaluate the range of motion of his hip joint before and after a workout.

The tailor used a goniometer to measure the angle of a garment seam for proper fitting.

The scientist used a goniometer to measure the rotation of the pendulum.

The student in the chemistry lab used a goniometer to measure the angles of a crystal under a microscope.

The architect used a goniometer to measure the angles of a building's design.

The lab technician calibrated the sophisticated goniometer before conducting the experiment to measure the rotational motion of the nano-scale object.

The mineralogist used a portable goniometer to measure the angles between crystal faces of various minerals in the rock sample.

The scientist utilized a specialized goniometer to measure the precession of the gyroscope.

The researcher employed a specialized synchrotron radiation goniometer to measure the angular displacement of the crystal lattice in real-time during the phase transition.

He used the goniometer to determine the angle of rotation of the spinning top.

The engineer utilized a computerized goniometer to measure the rotational speed of the motor shaft.

She carefully positioned the goniometer on the tabletop to measure the incline angle of the ramp.

The technician used a goniometer to check the accuracy of the angles in the laser cutting process.

The crystallographer used a goniometer to measure the angles between crystal faces and determine the mineral's crystal structure.

The cartographer relied on a digital goniometer to measure the angles between landmarks on the map.

The physicist used a precision magnetic resonance goniometer to study the spin dynamics of the atomic nucleus.

The master woodworker deftly manipulated the goniometer to measure the compound angles required for the intricate joint.

The woodworking apprentice learned how to use the goniometer to determine the correct angles for a dovetail joint.

The digital goniometer helped the astronomer measure the angular separation between a meteor shower and a meteor storm.

The geodetic engineer used a geodetic goniometer to accurately measure the angles between reference points for mapping purposes.

The carpentry expert relied on his years of experience and the goniometer to achieve flawless precision in measuring and cutting the angles for the bespoke cabinetry.

The scientist used a goniometer to measure the angles in the experimental setup for a physics research project.

The technician used a goniometer to check the accuracy of the angles in the aircraft maintenance process.

The astronomer used a goniometer to measure the angular separation between the Moon and a nearby star.

The operator used a goniometer to measure the alignment of the wheels in the heavy machinery operation.

The woodworking master craftsman used a specialized goniometer with laser markings to measure and mark angles on the complex joinery.

The goniometer helped the doctor determine the extent of the patient's joint injury.

The aviator used a specialized aeronautical goniometer to calculate the angles between the aircraft's position and the runway.

The skilled woodworker used the adjustable goniometer to measure the compound angles on the curved piece of furniture.

The telescope was equipped with a built-in goniometer to measure the angular separation between two galaxies.

The carpenter used a goniometer to ensure the correct angle while cutting a piece of wood for a furniture project.

The engineer used a goniometer to measure the angles of a mechanical part.

He needed a goniometer to accurately mark the angles on the wooden frame.

The student used a basic goniometer to measure the angles between crystal faces in the introductory crystallography lab.

The hydrographer utilized a hydrographic goniometer to measure the angles between depth contours on the ocean floor.

The navigator used a precision goniometer to accurately measure the angles between celestial bodies for navigation.

The research team used a high-precision goniometer to measure the angular distance between a galaxy and a quasar.

The explorer carried a goniometer to help him measure the angles between landmarks in the jungle.

The crystallography expert used a high-precision goniometer to determine the crystal symmetry and orientation of the mineral sample.

The goniometer helped the astronomer determine the angular separation between two planets in the night sky.

The carpenter used a goniometer to measure the angle of the corner joint.

The crystallographer used a digital goniometer to measure the angles between crystal faces with high precision in the laboratory.

The carpenter used a goniometer to measure the angle of a cut for a woodworking project.