Primitivní funkce

9000150105

Část: 
A
Vypočtěte \(\int \left (6^{x} - 6x^{6}\right )\, \mathrm{d}x\) na \(\mathbb{R}\).
\(\frac{6^{x}} {\ln 6} -\frac{6x^{7}} {7} + c,\ c\in \mathbb{R}\)
\(6^{x}\ln 6 - 6x^{7} + c,\ c\in \mathbb{R}\)
\(6^{x}\ln 6 -\frac{6x^{7}} {7} + c,\ c\in \mathbb{R}\)
\(\frac{6^{x}} {\ln 6} - 6x^{7} + c,\ c\in \mathbb{R}\)

9000150107

Část: 
B
Vypočtěte \(\int \frac{x^{3}-27} {x-3} \, \mathrm{d}x\) na intervalu \((3;+\infty)\).
\(\frac{x^{3}} {3} + \frac{3x^{2}} {2} + 9x + c,\ c\in \mathbb{R}\)
\(\frac{x^{3}} {3} -\frac{3x^{2}} {2} + 9x + c,\ c\in \mathbb{R}\)
\(\frac{x^{3}} {3} -\frac{3x^{2}} {2} - 9x + c,\ c\in \mathbb{R}\)
\(\frac{x^{3}} {3} + \frac{3x^{2}} {2} - 9x + c,\ c\in \mathbb{R}\)

9000150101

Část: 
A
Vypočtěte \(\int \left (\cos x -\sin x\right )\, \mathrm{d}x\) na \(\mathbb{R}\).
\(\sin x +\cos x + c,\ c\in \mathbb{R}\)
\(\sin x -\cos x + c,\ c\in \mathbb{R}\)
\(-\sin x +\cos x + c,\ c\in \mathbb{R}\)
\(-\sin x -\cos x + c,\ c\in \mathbb{R}\)

9000150104

Část: 
C
Vypočtěte \(\int \cos x\cdot \left (-3 +\sin x\right )^{5}\, \mathrm{d}x\) na \(\mathbb{R}\).
\(\frac{\left (-3+\sin x\right )^{6}} {6} + c,\ c\in \mathbb{R}\)
\(6\left (-3 +\sin x\right )^{6} + c,\ c\in \mathbb{R}\)
\(\frac{\left (-3+\cos x\right )^{6}} {6} + c,\ c\in \mathbb{R}\)
\(6\left (-3 +\cos x\right )^{6} + c,\ c\in \mathbb{R}\)

9000150103

Část: 
A
Vypočtěte \(\int \left ( \frac{3} {\cos ^{2}x} - 3\mathrm{e}^{x}\right )\, \mathrm{d}x\) na intervalu \(\left(-\frac{\pi}2,\frac{\pi}2\right)\).
\(3\mathop{\mathrm{tg}}\nolimits x - 3\mathrm{e}^{x} + c,\ c\in \mathbb{R}\)
\(- 3\mathop{\mathrm{tg}}\nolimits x - 3\mathrm{e}^{x} + c,\ c\in \mathbb{R}\)
\(- 3\mathop{\mathrm{tg}}\nolimits x + 3\mathrm{e}^{x} + c,\ c\in \mathbb{R}\)
\(3\mathop{\mathrm{tg}}\nolimits x + 3\mathrm{e}^{x} + c,\ c\in \mathbb{R}\)

9000071204

Část: 
A
Vypočtěte \(\int \left (2e^{x} -\frac{3} {x}\right )\, \mathrm{d}x\) na intervalu \((0;+\infty)\).
\(2e^{x} - 3\ln \left |x\right | + c,\ c\in \mathbb{R}\)
\(2\ln \left |x\right |- \frac{3} {2x^{2}} + c,\ c\in \mathbb{R}\)
\(2e^{x} - 3 + c,\ c\in \mathbb{R}\)

9000071205

Část: 
A
Vypočtěte \(\int \left (x^{2} + 2^{x}\right )\, \mathrm{d}x\) na \(\mathbb{R}\).
\(\frac{x^{3}} {3} + \frac{2^{x}} {\ln 2} + c,\ c\in \mathbb{R}\)
\(\frac{x^{3}} {3} + \frac{2^{x+1}} {x+1} + c,\ c\in \mathbb{R}\)
\(2x + \frac{2^{x}} {\ln \left |x\right |} + c,\ c\in \mathbb{R}\)