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        <title>CAN exercises</title>
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The goal is to make a program witch is able to perform specified task.

Warm up exercise

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For beginners

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For advanced

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Questions

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	*</description>
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        <title>Exercises</title>
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        <description>Exercises

The goal is to write a program which is able to perform tasks described below. 

Warm up exercise

	*  To the computer is sent a number with grows once in a second. The number must be in a form of text and end with a row changing sign (\n).</description>
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        <title>Exercises</title>
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        <description>Exercises

The goal is to write a program which is able to perform tasks described below.

Warm up exercise

	* By pressing S1 one LED is lit, pressing S2 two LEDs and S3 three LEDs lit.

For beginners

	*  This simulates manually operated traffic light at pedestrian crossing. Until no button is pressed a green LED is lit for the cars. After pressing a random button the green LED will start to blink for 3 seconds, this is followed by lighting the yellow LED for 3 seconds and red for 10 seconds, …</description>
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The goal is to write a program which is able to perform tasks described below. 

Warm up exercise

	*  It counts numbers 1...9 and then back 9...1 on the 7-segment indicator. The period of the counting is 1 second.

For beginner

	*  Present numbers in hexadecimal system randomly on the 7-segment display. The frequency is 1 Hz.</description>
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Soojendusülesanne

	*  Mootor pöörleb 10 pööret ühes suunas ja 20 pööret teises suunas, näitates tulemust jooksvalt 7-segmendilisel numberindikaatoril.

Algajale

	*  Koormus. Mootor pöörleb ühes suunas Digitaal plaadil põleb roheline LED. Kui mootorile rakendatakse mõõdukas koormus (kiirus langeb 50 %) süttib kollane LED. Kui rakendatud koormus ületab mootori pöördemomendi süttib punane LED. Kui maksimaalne koormus säilib 2 sekundit vahetab mootor pöörlemissuunda. Kui maksima…</description>
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The goal is to write a program which is able to perform tasks described below.

Warm up exercise

	*  Controlling the DC motor using buttons of a User Interface module. By pressing S1 button, the motor turns clockwise. By pressing S3 button, the motor revolves clock-counterwise. By pressing S2, the motor is stopped.</description>
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The goal is to write a program which executes following task:

Warm-up exercise

	*  The value of the resistance of the potentiometer is displayed on the LCD in ohms when the resistance of potentiometer is below 1000 Ω and kilo-ohms when above 1000 Ω. The nominal value of the resistance is 10 kΩ. Results show in the correct units, ohm mark as (Ohm).</description>
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        <description>Exercises

The goal is to write a program performing tasks described below. 

Warm up exercise

	*  Make the red LED blink. The period is 10 seconds (half period is 5 seconds). Create function of software delay, with amount of seconds as a parameter.</description>
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        <description>Exercises

The goal is to write a program which is able to perform tasks described below.

Warm up exercise

	* By pressing S1 one LED is lit, pressing S2 two LEDs and S3 three LEDs lit.

For beginners

	*  This simulates standard traffic light for cars.</description>
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