Hysteresis

The hysteresis in the response time of the flight control system can cause a delay in flight takeoff.

The hysteresis in the political system meant that corruption continued even after the government had been replaced.

The mathematician used hysteresis models to study the dynamics of complex systems, such as the behavior of financial markets.

The hysteresis of the clock made it keep the time even after being unplugged from the power source.

The hysteresis in the response of a sensor can lead to measurement errors.

The hysteresis effect in the climate made it challenging to predict the weather patterns based on current climate data.

The behavior of a nonlinear system may exhibit hysteresis, where past input affects future output.

The engineer explained the hysteresis effect in the magnetization of the ferromagnetic material to the students.

The doctor explained hysteresis in the human heart muscle as a reason why some heart medications may be ineffective in treating certain conditions.

The response of a photodiode depends on the hysteresis of the light intensity.

The measurement of hysteresis in the strain-stress curve of metal alloys is important in predicting their fatigue behavior.

The hysteresis of a hydraulic system can affect its ability to respond quickly to changes in pressure.

The door remained slightly ajar due to the hysteresis in the hinges.

The climatologist studied hysteresis in the relationship between temperature and atmospheric carbon dioxide levels to better understand climate change.

The hysteresis of the pneumatic actuator led to slow response times in the control system.

The hysteresis in the sensor led to inaccurate temperature readings.

Hysteresis is a key factor in the behavior of many climate systems.

The hysteresis of a thermostat causes it to maintain a set temperature even after the current temperature has passed the set point.

The spread of a virus in a population can exhibit hysteresis behavior.

The hysteresis of a pressure gauge causes it to maintain a pressure reading even after the pressure has changed.

The magnetic field of a ferromagnetic material has hysteresis, keeping its magnetization even after the external magnetic field is removed.

The hysteresis in the climate system meant that global temperatures would continue to rise even if greenhouse gas emissions were reduced to zero.

Hysteresis is why some magnets keep their magnetization even after the magnetic field has been removed.

The process of charging and discharging a battery involves hysteresis, where past charge affects future discharge.

The hysteresis in the behavior of a financial market can lead to unexpected outcomes.

The hysteresis of the dielectric constant of materials such as ceramics and polymers is important in designing capacitors and other electronic components.

The hysteresis of superconducting materials allows them to conduct electricity with zero resistance at temperatures below a critical temperature.

The phenomenon of hysteresis in the magnetization of iron causes it to become magnetized when exposed to a magnetic field, and to remain magnetized even after the field is removed.

The hysteresis of water causes it to freeze at a lower temperature than it melts, leading to the formation of ice.

The phenomenon of hysteresis in the elasticity of rubber allows it to return to its original shape after being stretched or compressed.

The hysteresis of a rubber material enables it to be used in shock-absorbing applications.

The hysteresis behavior of the magnet made it possible to store information on magnetic media.

The plant growth rate is affected by hysteresis due to past variations in temperature and humidity.

The output of a sensor in a car engine depends on the hysteresis of the previous measurements.

The flight of an airplane is affected by hysteresis in the control system.

The hysteresis phenomenon in the soil made it challenging to predict the water retention capacity of the soil.

The hysteresis effect in the brain made it possible to study the memory and learning process.

The hysteresis effect in the mechanical system caused it to produce a different output depending on the input's history.

The performance of a computer processor depends on the hysteresis of the voltage input.

The hysteresis effect in the feedback system made it challenging to maintain the desired output.

The time delay between the input and output signal of an electronic circuit is caused by hysteresis.

The hysteresis of a rubber band affects its elasticity and ability to snap back into shape.

The hysteresis of a stepper motor affects its ability to precisely control motion in industrial applications.

The hysteresis of a spring affects the amount of energy that can be stored and released.

The hysteresis of a pressure sensor can affect its ability to accurately measure changes in fluid pressure.

The hysteresis of a temperature sensor can affect the accuracy of its readings.

The hysteresis in the response of a spring can be seen in the difference between its compression and expansion characteristics.

The hysteresis of the heart rate can be observed during exercise and recovery.

The hysteresis loop can provide useful information about the properties of a material.

The use of hysteresis models can improve the accuracy of predicting the behavior of soft biological tissues under loading.