9000032011 Część: AOblicz \(\mathop{\mathrm{tg}}\nolimits \left ( \frac{\pi }{3}\right )\).\(\sqrt{3}\)\(0\)\(-\sqrt{3}\)\(-\frac{\sqrt{3}} {3} \)\(-\frac{\sqrt{2}} {2} \)\(\frac{\sqrt{3}} {3} \)
9000032114 Część: AOblicz \(\cos \left ( \frac{\pi }{6}\right )\).\(\frac{\sqrt{3}} {2} \)\(\frac{\sqrt{2}} {2} \)\(-\frac{1} {2}\)\(-\frac{\sqrt{3}} {2} \)\(0\)\(-\frac{\sqrt{2}} {2} \)
9000032013 Część: AOblicz \(\mathop{\mathrm{tg}}\nolimits \left ( \frac{\pi }{6}\right )\).\(\frac{\sqrt{3}} {3} \)\(0\)\(-\sqrt{3}\)\(-\frac{\sqrt{3}} {3} \)\(\frac{\sqrt{2}} {2} \)\(-\frac{\sqrt{2}} {2} \)
9000033702 Część: AZnajdź dziedzinę podanego wyrażenia. \[ \sqrt{-x^{2 } + 7x - 12} -\frac{1} {x} \]\([ 3;4] \)\(\mathbb{R}\setminus \left \{0\right \}\)\(\mathbb{R}\setminus \left \{0;3;4\right \}\)\(\left (3;4\right )\)\(\left (-\infty ;3\right )\cup \left (4;\infty \right )\)\(\left (-\infty ;3] \cup [ 4;\infty \right )\)
9000032014 Część: AOblicz \(\mathop{\mathrm{cotg}}\nolimits \left ( \frac{\pi }{6}\right )\).\(\sqrt{3}\)\(-\frac{1} {2}\)\(-\frac{\sqrt{3}} {2} \)\(0\)nieokreślony\(-\sqrt{3}\)
9000032012 Część: AOblicz \(\mathop{\mathrm{cotg}}\nolimits \left ( \frac{\pi }{3}\right )\).\(\frac{\sqrt{3}} {3} \)\(-\frac{1} {2}\)\(\frac{\sqrt{2}} {2} \)\(-\sqrt{3}\)\(-\frac{\sqrt{3}} {3} \)\(-\frac{\sqrt{2}} {2} \)
9000032101 Część: AOblicz \(\sin \left ( \frac{\pi }{2}\right )\).\(1\)\(-\frac{\sqrt{2}} {2} \)\(-\sqrt{3}\)\(\sqrt{3}\)\(\frac{\sqrt{2}} {2} \)\(\frac{\sqrt{3}} {3} \)
9000033303 Część: AWyznacz zbiór rozwiązań podanego równania \[ \frac{4x + 8} {x + 2} = 0 \]\(\emptyset \)\(\{- 2\}\)\(\{2\}\)\(\left \{-\frac{3} {4}\right \}\)
9000032102 Część: AOblicz \(\sin \left (0\right )\).\(0\)\(\frac{\sqrt{2}} {2} \)\(-\sqrt{3}\)\(- 1\)\(\sqrt{3}\)\(-\frac{\sqrt{3}} {3} \)
9000033301 Część: AWyznacz zbiór rozwiązań podanego równania \[ \frac{3x + 6} {2 - x} = 0 \]\(\{ - 2\}\)\(\emptyset \)\(\{2\}\)\(\mathbb{R}\setminus \{2\}\)