| C1(x) | ||
y= | ||
| x |
| C1,(x) *x−C1(x) | C1(x) | ||
+ | =y2 | ||
| x | x |
| C1(x) | ||
C1(x) się skróciły ale co z tym y2 teraz? Próbowałem podnieć do kwadratu ( | )2 ale | |
| x |
| dy | ||
x* | +y=y2 | |
| dx |
| dy | ||
x* | =−y |*dx | |
| dx |
| dy | dx | |||
∫ | =−∫ | |||
| y | x |
| 1 | ||
ln|y|=ln| | | | |
| x |
| C1 | ||
y= | ||
| x |
| dy | dy | y2−y | dy | dx | |||||
*x = y2 − y ⇔ | = | ⇔ | = | ||||||
| dx | dx | x | y2−y | x |
| 1 | dx | |||
∫ | dy=∫ | |||
| y(y−1) | x |
| −1 | 1 | |||
∫( | + | )dy=ln|x| | ||
| y | y−1 |
| 1 | ||
ln| | |+l|y−1|=ln|x| | |
| y |
| y−1 | ||
ln|x|=ln| | | | |
| y |
| y' | 1 | ||
=− | |||
| y | x |
| dy | dx | ||
=− | |||
| y | x |
| C | ||
y= | ||
| x |
| C(x) | ||
y(x)= | ||
| x |
| C'(x)x−C(x) | C(x) | C2(x) | |||
+ | = | ||||
| x | x | x2 |
| C2(x) | ||
C'(x)= | ||
| x2 |
| C'(x) | 1 | ||
= | |||
| C2(x) | x2 |
| 1 | 1 | ||
= | +C1 | ||
| C(x) | x |
| 1 | 1+C1x | ||
= | |||
| C(x) | x |
| x | ||
C(x)= | ||
| 1+C1x |
| 1 | ||
y(x)= | ||
| 1+C1x |