Pedometer

The engineer used a pedometer to measure the pressure of the gas in the pipeline.

John attached a pedometer to the wheel of his car to monitor its RPM.

The student conducted an experiment using a pedometer to investigate the effect of temperature on the electrical resistance of metals.

The plumber relied on a pedometer to determine the pressure of the water in the pipes.

The scientist used a pedometer to measure the electrical resistance of the metal.

The workshop instructor demonstrated the use of a pedometer to measure the electrical resistance of a resistor.

The technician relied on a pedometer to assess the electrical resistance of the electronic components.

The sailors relied on the pedometer to track the ship's progress during their long voyage.

The electrician carried a pedometer in his toolkit to test the resistance of the wires.

The quality control team employed a pedometer to check the electrical resistance of the products before they were shipped.

The researcher relied on the pedometer to measure the pressure of the liquid in the laboratory apparatus.

The pedometer app on my phone accurately counts my steps without the need for an extra device.

The GPS-enabled pedometer accurately measured the distance covered during the hiking trip.

The pilot relied on a pedometer to monitor the RPM of the aircraft's propellers.

The physics lab was equipped with a pedometer to analyze the electrical conductivity of different materials.

The scientist used a pedometer to measure the electrical resistance of the newly developed superconductor.

The cyclist checked his pedometer to see how far he had ridden.

The pedometer in his car calculated the distance traveled during the road trip.

The industrial hygienist employed a pedometer to assess the noise levels in the factory.

Researchers used a pedometer to monitor the daily activity levels of a group of mice.

The environmentalist relied on a pedometer to measure the amount of light in the forest.

The technician adjusted the pedometer to accurately measure the pressure of the steam in the system.

The museum curator displayed an antique pedometer used by early scientists to study gravity.

The scientist attached a pedometer to the leg of a cheetah to track its movements.

The pedometer on the electric scooter recorded the total distance traveled by the rider.

The ship's logbook included a section where the pedometer readings were recorded for future reference.

The wildlife researcher employed a pedometer to monitor the roaming distance of a pack of wolves.

The naturalist used a pedometer to track the distance covered by a group of penguins during their daily foraging trips.

The entomologist employed a pedometer to measure the distance traveled by a colony of ants in search of food.

The scientist used a pedometer to measure the force of gravity during the physics experiment.

The physics student calibrated the pedometer before conducting the gravity experiment.

The pedometer swung back and forth, measuring the gravitational pull with each swing.

The accuracy of the pedometer was crucial in determining the precise value of gravity in the laboratory.

The gravitational pedometer provided valuable data for the study of celestial bodies.

The scientist used a pedometer to measure the pressure of the liquid in the experiment.

The scientist attached a pedometer to the leg of a cheetah to measure its running distance.

The researchers used a pedometer to track the movement of a migrating bird.

The zoologist attached a pedometer to a kangaroo to measure its hopping distance.

The field biologist used a pedometer to track the swimming distance of a sea turtle.

The ecologist utilized a pedometer to measure the distance covered by a group of deer during their migration.

The biologist attached a pedometer to a monkey's tail to measure its swinging distance.