CP = 48dm A = 1296\(\pi\)

CP = 32dm A = 1296\(\pi\)

CP = 32dm A = 1429\(\pi\)

CP = 48dm A = 1429\(\pi\)

a) S= [\(\frac {1} {4} ; -\frac {3} {2}\)) b) C = {169 , 250}

a) S= [\(\frac {1} {4} ; -\frac {3} {2}\)) b) C = {250}

a) S= [\(-\frac {1} {4} ; \frac {3} {2}\)) b) C = {169 , 250}

a) S= [\(-\frac {1} {4} ; \frac {3} {2}\)) b) C = {250}

b = 24 , a = 13 , D \(\cong \) 46,62

b = 43 , a = 18 , D \(\cong \) 46,62

b = 43 , a = 18 , D \(\cong \) 27,29

b = 24 , a = 13 , D \(\cong \) 27,29

a) S = \( \left \{ \frac{1}{6}\pi , \frac {5}{6}\pi \right \} \) b) r(5s) = (45 , 0)m V(11s) = (22 , 0) \(\frac {m} {s} \)

a) S = \( \left \{ \frac{1}{6}\pi , \frac {5}{6}\pi \right \} \) b) r(5s) = (27 , 0)m V(11s) = (15 , 0) \(\frac {m} {s} \)

a) S = \( \left \{ \frac{4}{3}\pi , \frac {5}{3}\pi \right \} \) b) r(5s) = (27 , 0)m V(11s) = (15 , 0) \(\frac {m} {s} \)

a) S = \( \left \{ \frac{4}{3}\pi , \frac {5}{3}\pi \right \} \) b) r(5s) = (45 , 0)m V(11s) = (22 , 0) \(\frac {m} {s} \)

a) \(\bar {a}\) = (3 , 5) y \(\bar {b} \) = (7 , 1) \(\alpha \) = 110° 56' b) \(\overrightarrow{F_{3}}\) = (32 , 178)N

a) \(\bar {a}\) = (3 , 5) y \(\bar {b} \) = (7 , 1) \(\alpha \) = 110° 56' b) \(\overrightarrow{F_{3}}\) = (60 , 210)N

a) \(\bar {a}\) = (4 , 6) y \(\bar {b} \) = (-10 , 1) \(\alpha \) = 105° 23' 45'' b) \(\overrightarrow{F_{3}}\) = (32 , 178)N

a) \(\bar {a}\) = (4 , 6) y \(\bar {b} \) = (-10 , 1) \(\alpha \) = 110° 56' b) \(\overrightarrow{F_{3}}\) = (60 , 210)N