Dynameter

The nuclear power plant operator used a dynameter to monitor the reactor's radiation output.

The team of researchers used a dynameter to measure the radiation levels emitted from the experimental nuclear fusion reactor.

The scientist used a dynameter to measure the radiation emitted from the meteorite.

The researcher used a dynameter to measure the radiation levels emitted by the electronic devices.

The doctor used a dynameter to check the radiation levels in the cancer patient's body.

The dynameter showed the sound wave had enough energy to break the glass.

The recording studio used a dynameter to ensure the audio levels were consistent throughout the song.

The hearing specialist used the dynameter to diagnose the patient's hearing loss.

The teacher used a dynameter to demonstrate the difference in sound power between a whisper and a shout.

The mechanics used a dynameter to test the horsepower of the race car's engine.

The audio engineer used the dynameter to calibrate the sound system for the concert.

The auditorium used a dynameter to ensure the sound system was powerful enough to reach every seat.

The architect used a dynameter to evaluate the noise levels of a building site.

The doctor used a dynameter to measure the power of the patient's heartbeat.

The technician used a dynameter to measure the sound output of the new speaker system.

The nuclear power plant operator checks the dynameter readings daily to ensure the safety of the workers.

The doctor ordered a dynameter test to determine the level of radiation exposure in the patient's body.

The climber used a dynameter to measure the force required to pull themselves up a steep cliff.

The construction worker used a dynameter to ensure the crane was lifting the appropriate weight.

The physicist used a dynameter to measure the power output of the experimental generator.

The athlete used a dynameter to measure the force of their punch.

The athlete used a dynameter to measure the force of their punches during training.

The operator used a dynameter to measure the force exerted by the drilling machine.

The musician used a dynameter to measure the tension on the strings of the guitar.

The researcher used a dynameter to measure the stress on the spider silk thread.

The carpenter used a dynameter to measure the tension in the wood before cutting.

The scientist used a dynameter to measure the force required to break the sample.

The dynameter helped the engineer determine the weight limit for the cargo lift.

The manufacturer used a dynameter to measure the stress on the rubber before production.

The researchers used a dynameter to measure the tensile strength of the fabric.

The dynameter was used to measure the stress on the bridge's cables.

The dynameter indicated that the weight was too heavy for the elevator.

The pilot used a dynameter to measure the pressure inside the aircraft's cabin.

The scientists used a dynameter to measure the force needed to break the metal alloy.

The technician used a dynameter to measure the tension on the power lines.

The doctor used a dynameter to measure the tension in the patient's muscles.

The engineer used a dynameter to measure the stress on the metal beam.

The doctor used a dynameter to measure the patient's grip strength.

The mechanic used a dynameter to check the tension in the car's engine belts.

The pilot used a dynameter to check the tension in the aircraft wings before takeoff.

The scientist used a dynameter to measure the force of the electric field.

The dynameter helped the electrician diagnose the faulty wiring in the building.

The dynameter provided precise measurements of the force of the electric field.

The dynameter showed a low voltage output, indicating a faulty wiring connection.

The dynameter helped the technician identify the weak points in the electric fence.

The engineer used a dynameter to test the strength of the electric motor.

The dynameter readings showed that the circuit was overloaded, causing a power outage.

The dynameter can be used to test the capacity of a battery to hold a charge.

The use of a dynameter allowed the researchers to accurately measure the strength of the electric shock.

The dynameter is an essential tool for measuring the power output of generators.