Ergometer

The doctor recommended using an ergometer to assess the patient's fitness level.

The physical therapist used an ergometer to design an appropriate exercise plan for the patient.

The scientist used an ergometer to study the energy consumption of different physical activities.

The manufacturer used an ergometer to measure the output of the generator.

The lab technician calibrated the ergometer to ensure accurate readings.

The engineer used an ergometer to measure the horsepower of the ship's engine.

The mechanic used an ergometer to test the power of the car's engine.

The motorcycle repair shop uses an ergometer to test the power output of the engines they repair.

The mechanic used an ergometer to check the power of the car engine.

The engine manufacturer uses an ergometer to ensure the performance of the engines before they are released for sale.

The scientist used an ergometer to measure the power output of the experimental motor.

The company purchased an ergometer to test the efficiency of their new generator.

The industrial engineer used an ergometer to determine the efficiency of the factory's machines.

The company used an ergometer to ensure that their products met energy efficiency standards.

The aerospace engineers used an ergometer to measure the power output of the jet engine.

The technician used an ergometer to diagnose problems with the generator.

The operator used the ergometer to assess the performance of the power plant's turbine.

The professor demonstrated how an ergometer can measure the power of different types of engines.

The test pilot relied on the ergometer to evaluate the performance of the aircraft's engine.

The scientists used an ergometer to measure the power output of the experimental motor.

The ergometer measured the power of the lawn mower's engine to determine if it needed maintenance.

The gym has an ergometer to measure the power generated by the stationary bike.

The researchers used an ergometer to measure the power output of the wind turbine.

The ergometer was able to precisely measure the amount of work done by the participant's leg muscles during cycling.

The scientists used the ergometer to measure the power output of the subjects' upper body muscles while rowing.

The researchers used an ergometer to measure the force exerted by the participants' legs while running.

The researchers used an ergometer to study the effects of different resistance levels on muscle activity.

The ergometer was used to measure the amount of force generated by the participants' arm muscles during resistance exercises.

The ergometer allowed the researchers to accurately measure the mechanical power output of the participants during the vertical jump test.

The researchers used an ergometer to measure the amount of power generated by the participants' leg muscles while walking.

The ergometer was used to measure the forces and joint angles generated by the participants during a squat exercise.

The ergometer recorded the power output and force generated by the rower during each stroke.

The study utilized an ergometer to measure the mechanical work of the participants during exercise.

The study utilized an ergometer to investigate the changes in gait patterns among individuals with different types of musculoskeletal disorders.

The team used an ergometer to measure the effects of altitude on the exercise performance of elite athletes.

The ergometer was used to measure the movement of the athlete's arms during rowing.

The team used an ergometer to study the effects of fatigue on cyclists during long-distance races.

The ergometer provided accurate measurements of the force exerted by the test subject's hand grip.

The scientists used an ergometer to study the effects of different exercise intensities on muscle activity.

The ergometer was used to study the relationship between heart rate and workload during exercise.

The ergometer allowed the researchers to measure the amount of energy expended during the walking test.

The researchers employed an ergometer to measure the forces generated by the participants during a maximal voluntary contraction test.

The scientist used the ergometer to study the effect of different cycling positions on power output.

He monitored his heart rate on the ergometer during his cycling session.

She set the resistance on the ergometer to a challenging level for her workout.

The gym member used the ergometer as part of their fitness routine to improve cardiovascular health.

The athlete pedaled on the ergometer to measure her power output.

The cyclist was able to improve their power output on the ergometer after consistent training.

The engineer designed a new type of ergometer to improve accuracy.

The ergometer is a popular tool for measuring an athlete's fitness level.