This document outlines programming exercises for a maths course using a Facilino board, including computing the binary representation of random numbers, finding the minimum and maximum of analog sensor readings, and generating a 1Hz sinusoidal wave. It provides an overview of the material, equipment, and instructions for exercises on binary digits, min/max values, and generating a sinusoidal wave using the Facilino board in a programming and maths course taught by Leopoldo Armesto.

1. Programming
Maths with Facilino
Leopoldo Armesto
Senior Lecturer
Universitat Politècnica de València
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2. Outline
Material
Worked Instructions
Exercises
Binary Digits
Min/Max
Sinusoidal Wave
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3. Material
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Wemos D1 R32 with Arduino Multisensor Shield

4. Worked Instructions
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Main instructions Additional instructions

5. Binary Digits
Compute the number of digits in binary
representation of random numbers.
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6. Min/Max
Compute minimum and maximum values read from consecutive analog values.
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7. Sinusoidal Wave
Generate a sinusoidal wave with 1Hz and amplitude 2 .
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8. Programming
Maths with Facilino
Leopoldo Armesto
Senior Lecturer
Universitat Politècnica de València
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