\(P_{\Delta }=18,66cm,A_{\Delta }=25,35cm^{2}\)

\(P_{\Delta }=18,66cm,A_{\Delta }=35,35cm^{2}\)

\(P_{\Delta }=27,32cm,A_{\Delta }=12,5cm^{2}\)

\(P_{\Delta }=27,32cm,A_{\Delta }=35,35cm^{2}\)

\(a)S=\left \{ \frac{5}{6}\pi ,\frac{11}{6}\pi \right \},b)\alpha=57^{\circ}{59}'{40}''\)

\(a)S=\left \{ \frac{5}{6}\pi \right \},b)\alpha=57^{\circ}{59}'{40}''\)

\(a)S=\left \{ \frac{5}{6}\pi \right \},b)\alpha=8^{\circ}{59}'{40}''\)

\(a)S=\left \{ \frac{5}{6}\pi ,\frac{11}{6}\pi \right \},b)\alpha=27^{\circ}{59}'{40}''\)

\(a)\bar{v}\left ( 0s \right )=(100,100)\frac{m}{s},b)\alpha =\frac{\pi }{4},c)y\left ( t_{hmax} \right )=2000m,t_{hmax}=20s\)

\(a)\bar{v}\left ( 0s \right )=(200,200)\frac{m}{s},b)\alpha =\frac{\pi }{2},c)y\left ( t_{hmax} \right )=2000m,t_{hmax}=20s\)

\(a)\bar{v}\left ( 0s \right )=(200,200)\frac{m}{s},b)\alpha =\frac{\pi }{4},c)y\left ( t_{hmax} \right )=2000m,t_{hmax}=20s\)

\(a)\bar{v}\left ( 0s \right )=(100,100)\frac{m}{s},b)\alpha =\frac{\pi }{4},c)y\left ( t_{hmax} \right )=1000m,t_{hmax}=2s\)

\(a)amplitud=6,I_{g}=\left [ -6,6 \right ],Periodo=\frac{\pi }{3},b)P_{\Delta }=129,8cm\)

\(a)amplitud=1,I_{g}=\left [ -6,0 \right ],Periodo=\frac{\pi }{3},b)P_{\Delta }=129,8cm\)

\(a)amplitud=1,I_{g}=\left [ -6,6 \right ],Periodo=\frac{\pi }{3},b)P_{\Delta }=227,65cm\)

\(a)amplitud=6,I_{g}=\left [ -6,6 \right ],Periodo=\frac{\pi }{3},b)P_{\Delta }=227,65cm\)

\(a)\bar{F_{R}}\left ( 5,6 \right )=(700,-500)N,b)\beta =\frac{8}{5},\alpha =\frac{12}{5}\)

\(a)\bar{F_{R}}\left ( 5,6 \right )=(1300,-500)N,b)\beta =\frac{8}{5},\alpha =\frac{12}{5}\)

\(a)\bar{F_{R}}\left ( 5,6 \right )=(700,-500)N,b)\beta =-\frac{8}{5},\alpha =\frac{12}{5}\)

\(a)\bar{F_{R}}\left ( 5,6 \right )=(1300,500)N,b)\beta =\frac{7}{5},\alpha =\frac{12}{5}\)