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=== Sensors === No sensors is used.

=== Sensors === <!--T:6--> No sensors is used.

=== Sensors === No sensors are used.

=== Sensors === * Make a robot with two color sensors, and use the information from the other sensor to stop the robot when the o

* [[Special:MyLanguage/Sensors|Sensors]] and scripts

=== Sensors === <!--T:5--> No sensors are used.

=== Sensors === * Make a robot with two color sensors, and use the information from the other sensor to stop the robot when the o

=== Sensors === No sensors.

=== Sensors === No sensors is used, except the servo motor.

=== Sensors === No sensors are used, except the servo motors.

=== Sensors === No sensors is used. Expect the servo motor rotation angle, or the timer.

=== Sensors === ...the ultrasonic sensor to listen if there is other robots using ultrasonic sensors.

=== Sensors === <!--T:5--> No sensors.

To efficiently and productivily use sensors, You need to know how they behave. Here, we test the readings on different === Sensors ===

=== Sensors === No sensors is used.

=== Sensors === <!--T:5--> No sensors is used. Expect the servo motor rotation angle, or the timer.

=== Sensors === <!--T:5--> ...the ultrasonic sensor to listen if there is other robots using ultrasonic sensors.

To efficiently and productivily use sensors, You need to know how they behave. Here, we test the readings on different === Sensors === <!--T:5-->

* [[Special:MyLanguage/Sensors|Sensors]] and scripts

=== Sensors === Some of the exercises requires two sensors.

=== Sensors === <!--T:9--> No sensors is used.

=== Sensors ===

=== Sensors ===

=== Sensors === <!--T:5--> Some of the exercises requires two sensors.

Use SCD-30 and GY-91 sensors. First, use Examples -> Wire -> I2C_scanner to find the addresses.

=== Sensors === * Make the robot work with two sensors, and assign other sensor to follow a line, and the other to stop after to s

=== Sensors === <!--T:7-->

* [[Special:MyLanguage/Sensors|Antureita]] ja ohjelmia niiden hyödyntämiseksi

=== Sensors === <!--T:7--> * Make the robot work with two sensors, and assign other sensor to follow a line, and the other to stop after to s

The other sensors work similarly; eg. [[gyroscope sensor py v2]] or [[ultrasonic sensor py v2

* Analog sensors https://www.rototron.info/raspberry-pi-analog-water-sensor-tutorial/ == Sensors ==

=== Sensors === ...or light area. Use [https://python-ev3dev.readthedocs.io/en/ev3dev-stretch/sensors.html#color-sensor Sound.speak('White').wait()] command or e.g. sound.beep()

=== Sensors === <!--T:3--> ...or light area. Use [https://python-ev3dev.readthedocs.io/en/ev3dev-stretch/sensors.html#color-sensor Sound.speak('White').wait()] command or e.g. sound.beep()

GY-91 and many other Arduino digital sensors use [https://en.wikipedia.org/wiki/I%C2%B2C I2c protocol] to send the data

=== Sensors ===

=== Sensors === ...or light area. Use [https://python-ev3dev.readthedocs.io/en/ev3dev-stretch/sensors.html#color-sensor Sound.speak('White').wait()] command or e.g. sound.beep()

=== Sensors === <!--T:4--> ...or light area. Use [https://python-ev3dev.readthedocs.io/en/ev3dev-stretch/sensors.html#color-sensor Sound.speak('White').wait()] command or e.g. sound.beep()

...d GY-91]]: Measure all with two/three different sensors (one including two sensors). ...ses 0x68 and 0x76 || Red light do not turn on. I2C_scanner do not find the sensors. || Works!

=== Sensors ===

...storms. We start at very basics (and fundamental things), but try to catch sensors and if-then-else statements.

...storms. We start at very basics (and fundamental things), but try to catch sensors and if-then-else statements.

...storms. We start at very basics (and fundamental things), but try to catch sensors and if-then-else statements.

...storms. We start at very basics (and fundamental things), but try to catch sensors and if-then-else statements.

== Experimenting with sensors made easy ==

Add the limit sensors to both.