Goniometer

The survey technician calibrated the laser goniometer to measure the angles between control points with high precision.

The goniometer helped the physical therapist track the patient's progress during rehabilitation.

The goniometer provided accurate measurements of the patient's shoulder mobility.

The scientist used a goniometer to measure the angle between the two crystals.

The orthopedist used a goniometer to measure the range of motion in the patient's knee joint.

The crystallographer used a goniometer to measure the angles of the crystal lattice.

The researcher used a goniometer to measure the angles between the atoms in the crystal structure.

The engineer used a goniometer to measure the angle of the joint in the mechanical arm.

The technician used a goniometer to measure the angle of the patient's ankle joint.

The physicist used a goniometer to measure the angle between the magnetic field and the spin of the electron.

The scientist utilized a state-of-the-art laser interferometry goniometer to measure the rotational velocity of the spinning black hole.

Using a state-of-the-art digital goniometer with a high-resolution display, he measured and recorded the precise angles for the custom-made furniture.

The woodshop supervisor instructed the apprentices on how to use the goniometer to measure the angles with micrometer-like precision.

He calibrated the goniometer meticulously to ensure accurate angle measurements for the delicate marquetry work on the antique furniture restoration project.

The custom furniture designer employed the goniometer to measure and mark the unique angles required for the avant-garde piece.

The master woodworker's hands moved with surgical precision as he used the goniometer to measure and mark the angles on the delicate inlay work for the ornate wooden chest.

The woodworking connoisseur meticulously selected a vintage goniometer from his extensive tool collection to achieve precise angle measurements for his museum-quality furniture replicas.

She employed a specialized goniometer with multiple arms to measure and mark the complex angles on the curved wooden surface.

The woodworking artisan used the goniometer to verify the angles on the intricate inlay work, ensuring a seamless fit.

The hiker used a goniometer to measure the angles between the peaks of the mountains in the distance.

The pilot used a goniometer to calculate the angle between the two runways at the airport.

The sailor relied on a goniometer to measure the angle between the North Star and the horizon.

The captain used a goniometer to determine the angle between the lighthouse and the ship.

The goniometer allowed the stargazer to accurately measure the angular distance between two constellations.

The goniometer was an essential tool for the budding astronomer to measure the angular separation between a planet and a nearby galaxy.

The earth scientist used a goniometer to measure the angles between crystal faces in the study of crystallography of minerals in rocks.

The crystallography technician used a manual goniometer to measure the angles between crystal faces and record the data for further analysis.

The crystallography researcher used a specialized goniometer with automated data collection for efficient measurement of crystal face angles.

The nurse used a goniometer to check the mobility of the patient's wrist after a cast was removed.

The doctor employed a goniometer to assess the flexibility of her patient's elbow after surgery.

The physical therapist was trained to use a goniometer to assess muscle strength.

The goniometer helped the therapist to identify areas where the patient needed more work to regain mobility.

The occupational therapist measured the angle of her patient's shoulder using a goniometer to assess his progress in regaining movement.

The nurse used a goniometer to evaluate the range of motion in the patient's ankle joint.

The use of a goniometer improved the accuracy of the joint assessment during the medical examination.

The doctor used a goniometer to check the range of motion in my knee joint.

The physical therapist instructed the patient to bend his knee while she measured the angle using a goniometer.

The therapist used a goniometer to measure the mobility of the patient's elbow.

The surgeon relied on a goniometer to check the range of motion in the patient's ankle after a reconstructive surgery.

The occupational therapist assessed the patient's ability to perform daily activities by measuring the angles of his joints using a goniometer.

The chiropractor used a goniometer to measure the patient's spine's flexibility and range of motion.

The physical therapist adjusted the exercise plan based on the results of the goniometer measurements.

The doctor recommended the use of a goniometer to measure the range of motion of the hip joint before and after a hip replacement surgery.

The engineer used a goniometer to measure the angles of a machine's components for proper alignment.

The home decorator used a goniometer to measure the angles of furniture placement in a room layout.

The gardener used a goniometer to measure the angles of a trellis for climbing plants in the garden.

The physicist used a goniometer to measure the angles of crystal structures in a materials science experiment.

The architect used a goniometer to measure the angles of a building's structural elements during construction.

The metallurgist used a goniometer to measure the angles of metal samples for material characterization.

The geologist used a goniometer to measure the angles of rock formations in a geological survey.