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About the classes: Bohr's atom, de Broglie wavelength, wave-particle duality of light, blackbody radiation, Schrodinger equation, Planck's equation/observations, Born's probability density function, quantum uncertainty principle, etc.
Longueur d'onde de Broglie, l'atome selon Bohr, la dualité de la lumière, radiation des corps noirs, l'équation de Schrodinger, l'équation de Planck et ses observations, la fonction de Born decrivant la densité de probabilité, le principe d'incertitude quantique, etc.
About the classes: Kirchhoff law, Ohm's law, soldering, induction, magnetism, solving circuits, active/passive elements, circuit equations, building circuits on breadboards, circuit design implementation testing and improvements, amplifiers, TV circuitry, AM/FM, impedance matching, circuit tuning, smith chart, etc.
Lois de Kirchhoff et d'Ohm, induction, magnetisme, équations liées aux circuits, éléments actifs/passifs, design/implementation/tests, amplificateurs, circuits de TV, AM/FM, soudure, abaque de Smith, adaptation d'impedance, etc.
Montreal is the largest city in Canada, and one of the country's most cosmopolitan. Spoken by 57% of the population, French is the official language, with English following closely. Montreal is one of the country's most bilingual cities with 65% of the population able to speak both French and English, and 20% speaking also other languages. Such diverse composition makes Montreal a great place to learn languages.
Montreal is considered Canada's cultural capital, with a sizeable part of the country's film, music, radio and multimedia production taking place in the city. Montreal boasts also one of the highest concentrations of student populations in North-America. Besides English and French, the most widely spoken languages in the city are Spanish, Arab, Italian, Mandarin, Creole and Greek, among others.