- 1. Wprowadzanie, drukowanie i liczby
- 2. Liczba całkowita i liczba zmiennoprzecinkowa
- 3. Warunki: if-then-else
- 4. Dla pętli z zakresem
- 5. Smyczki
- 6. Podczas gdy pętla
- 7. Listy
- 8. Funkcje i rekursja
- 9. Dwuwymiarowe listy (tablice)
- 10. Zestawy
- 11. Słowniki
- 12. JavaScript
- 13. HTML5 and CSS
- 14. Responsive Design with Bootstrap
- 15. jQuery
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Statement
Given four real numbers representing cartesian coordinates: \( \left ( x_{1}, y_{1} \right ), \left ( x_{2}, y_{2} \right ) \). Write a function distance(x1, y1, x2, y2)
to compute the distance between the points \( \left ( x_{1}, y_{1} \right ) \) and \( \left ( x_{2}, y_{2} \right ) \). Read four real numbers and print the resulting distance calculated by the function. The formula for distance between two points can be found at Wolfram.
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In all the problems input the data using input()
and print the result using print()
.
Statement
Given four real numbers representing cartesian coordinates: \( \left ( x_{1}, y_{1} \right ), \left ( x_{2}, y_{2} \right ) \). Write a functiondistance(x1, y1, x2, y2)
to compute the distance between the points \( \left ( x_{1}, y_{1} \right ) \) and \( \left ( x_{2}, y_{2} \right ) \). Read four real numbers and print the resulting distance calculated by the function. The formula for distance between two points can be found at Wolfram.
Advertising by Google, may be based on your interests
In all the problems input the data using input()
and print the result using print()
.