9000071201 Část: BVypočtěte \(\int (x^{3} - 2)^{2}\, \mathrm{d}x\) na \(\mathbb{R}\).\(\frac{x^{7}} {7} - x^{4} + 4x + c,\ c\in \mathbb{R}\)\(\frac{(x^{3}-2)^{3}} {3} + c,\ c\in \mathbb{R}\)\(6x^{7} - 12x^{4} + 4x + c,\ c\in \mathbb{R}\)
9000071202 Část: BVypočtěte \(\int \frac{11\sqrt{x^{3}}-2} {\root{3}\of{x^{2}}} \, \mathrm{d}x\) na intervalu \((0;+\infty)\).\(6(x\root{6}\of{x^{5}} -\root{3}\of{x}) + c,\ c\in \mathbb{R}\)\(\frac{\frac{22} {5} \sqrt{x^{5}}-2x} {\frac{3} {5} \root{3}\of{x^{5}}} + c,\ c\in \mathbb{R}\)\(\frac{121} {6} \root{6}\of{x^{11}} -\frac{2} {3}\root{3}\of{x} + c,\ c\in \mathbb{R}\)
9000066008 Část: BVypočtěte \(\int x\mathrm{e}^{x}\, \mathrm{d}x\) na \(\mathbb{R}\).\(x\mathrm{e}^{x} -\mathrm{e}^{x} + c,\ c\in\mathbb{R}\)\(x^{2}\mathrm{e}^{x} - 2x\mathrm{e}^{x} + 2\mathrm{e}^{x} + c,\ c\in\mathbb{R}\)\(2x^{3}\mathrm{e}^{x} - x\mathrm{e}^{x} + c,\ c\in\mathbb{R}\)\(\frac{1} {2}x^{2}\mathrm{e}^{x} + c,\ c\in\mathbb{R}\)
9000065901 Část: BVypočtěte \(\int \frac{1} {x+1}\, \text{d}x\) na intervalu \((-1;+\infty)\).\(\ln |x + 1| + c,\ c\in\mathbb{R}\)\(\ln |x| + c,\ c\in\mathbb{R}\)\(\frac{1} {x} + c,\ c\in\mathbb{R}\)\(-\frac{1} {2}(x + 1)^{-2} + c,\ c\in\mathbb{R}\)
9000065902 Část: AVypočtěte \(\int \left (2 + \frac{1} {x}\right )\, \text{d}x\) na intervalu \((0;+\infty)\).\(2x +\ln |x| + c,\ c\in\mathbb{R}\)\(\ln |x| + c,\ c\in\mathbb{R}\)\(2 +\ln |x| + c,\ c\in\mathbb{R}\)\(2x^{2} +\ln |x| + c,\ c\in\mathbb{R}\)
9000065903 Část: BVypočtěte \(\int \frac{1} {6x+36}\, \text{d}x\) na intervalu \((-6;+\infty)\).\(\frac{1} {6}\ln |x + 6| + c,\ c\in\mathbb{R}\)\(-\frac{1} {2}(6x + 36)^{-2} + c,\ c\in\mathbb{R}\)\(6\ln |x + 6| + c,\ c\in\mathbb{R}\)\(12x^{2} + 36x + c,\ c\in\mathbb{R}\)
9000065904 Část: BVypočtěte \(\int \frac{x^{3}+2x} {x^{2}} \, \text{d}x\) na intervalu \((0;+\infty)\).\(\frac{1} {2}x^{2} + 2\ln |x| + c,\ c\in\mathbb{R}\)\(x +\ln |x| + c,\ c\in\mathbb{R}\)\(\frac{1} {4}x^{4} + 4x^{2} +\ln |x^{2}| + c,\ c\in\mathbb{R}\)\(2x^{2} + 2 +\ln |x^{2}| + c,\ c\in\mathbb{R}\)
9000065905 Část: BVypočtěte \(\int \frac{\left (\sqrt{x}+2\right )^{2}} {x} \, \text{d}x\) na intervalu \((0;+\infty)\).\(x + 8\sqrt{x} + 4\ln |x| + c,\ c\in\mathbb{R}\)\(\sqrt{x} + 8x + 4\ln |x| + c,\ c\in\mathbb{R}\)\(\frac{1} {2}x^{-\frac{1} {2} } + 2x +\ln |x| + c,\ c\in\mathbb{R}\)\(1 + 8\sqrt{x} + 4\ln |x| + c,\ c\in\mathbb{R}\)
9000065906 Část: BVypočtěte \(\int \frac{x^{2}-9} {x+3} \, \text{d}x\) na intervalu \((-3;+\infty)\).\(\frac{1} {2}x^{2} - 3x + c,\ c\in\mathbb{R}\)\(\frac{1} {3}x^{3} - 9x +\ln |x + 3| + c,\ c\in\mathbb{R}\)\(2x - x^{-2} + c,\ c\in\mathbb{R}\)\(\frac{1} {2}x^{2} + 3x + c,\ c\in\mathbb{R}\)
9000065908 Část: AJe dána funkce \(F(x) = \frac{1} {2}x^{2} - x\). Vyberte funkci \(f\), pro niž je \(F\) funkcí primitivní na intervalu \((1;+\infty )\).\(f(x) = \frac{x^{2}-1} {x+1} \)\(f(x) = \frac{x^{2}-1} {x-1} \)\(f(x) = \frac{x+1} {x^{2}-1}\)\(f(x) = \frac{x-1} {x^{2}-1}\)