Sensor Selection, Mocro and Nano Sensors

Choose the type of sensor best suited for detecting pollutants in air.

• Accelerometer

• Temperature sensor

• Nano sensor

• Pressure sensor

Identify which characteristic is crucial for sensors used in wearable devices.

• High range

• Compact size

• Low sensitivity

• Large form factor

Select the sensor commonly used to detect motion in smartphones.

• Gyroscope

• Microbalance sensor

• Accelerometer

• Proximity sensor

List a key criterion for choosing a sensor in a harsh environment.

• Response time

• Interface compatibility

• Ruggedness

• Size

Name the technology used to fabricate micro sensors.

• MEMS

• CMOS

• RFID

• GPS

Label the type of sensor that is specialized for high sensitivity detection at nanometer scales.

• Micro sensor

• Nano sensor

• Infrared sensor

• Pressure sensor

Choose the main advantage of using MEMS technology in micro sensors.

• Higher cost

• Larger size

• Lower power consumption

• Slower response time

Identify the critical parameter for sensors used in automotive or aerospace applications.

• Low cost

• Long lifespan

• High range

• High precision

Select the parameter most important for a mass-measuring microbalance sensor.

• Range

• Sensitivity

• Response time

• Size

Label the sensor that detects orientation in wearable devices.

• Nano sensor

• Accelerometer

• Gyroscope

• Proximity sensor