| 1 | ||
[arctg(√lnarcsin(3xx2+cosx))]' = | * | |
| lnarcsin(3xx2+cosx) +1 |
| 1 | 1 | |||
* | * | |||
| 2√lnarcsin(3xx2+cosx) | arcsin(3xx2+cosx) |
| 1 | 3xln3*(x2+cosx)−3x(2x−sinx) | |||
* | ||||
| √1−(3xx2+cosx)2 | (x2+cosx)2 |
| 3x | ||
Argumentem arcsin jest ( | ) | |
| x2+cosx |
| df | |
=−2*e−y+2y*e−y=2*e−y(y−1) | |
| dy |
| d2(2e−y(y−1)) | |
= −x2*e−y−2*e−y+2y*e−y = e−y(−x2+2y−2) | |
| dydx |
| 5^2 | 52 |
| 2^{10} | 210 |
| a_2 | a2 |
| a_{25} | a25 |
| p{2} | √2 |
| p{81} | √81 |
| Kliknij po więcej przykładów | |
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| Twój nick | |