h=4, m=32\(m^2\)

h=4, m=34\(m^2\)

h=2, m=34\(m^2\)

h=2, m=32\(m^2\)

a) A = \(\left ( -\infty ;\frac{3}{2} \right ]\cup \left ( 2;+\infty\right )\) b) p(x) = -(x-1)(x-2)(x+\(\sqrt{5}\))

a) A = \(\left ( -\infty ;\frac{3}{2} \right ]\cup \left ( 2;+\infty\right )\) b) p(x) = -(x-1)(x-2)(x+\(\sqrt{5}\))(x-\(\sqrt{5}\))

a) A = \(\left ( -\infty ;-\frac{3}{2} \right ]\cup \left ( 2;+\infty\right )\) b) p(x) = -(x-1)(x-2)(x+\(\sqrt{5}\))

a) A = \(\left ( -\infty ;-\frac{3}{2} \right ]\cup \left ( 2;+\infty\right )\) b) p(x) = -(x-1)(x-2)(x+\(\sqrt{5}\))(x-\(\sqrt{5}\))

r = \(\frac {1} {3}\) m, h = \(\frac {3} {2}\) m y A = \(\frac {11} {9} \pi m^2\)

r = \(\frac {1} {3}\) m, h = \(\frac {3} {2}\) m y A = \(4 \pi m^2\)

r = \(\frac {1} {2}\) m, h = \(\frac {5} {3}\) m y A = \(4 \pi m^2\)

r = \(\frac {1} {2}\) m, h = \(\frac {5} {3}\) m y A = \(\frac {13} {6} \pi m^2\)

a) c=5 Im = (\(-\infty\) ; 13] b) S = {(x,y,z)∈ \(\mathbb{R}^{3}\)/ x = -\(\frac {1} {3} \)λ ^ y = 1-\(\frac {2} {3} \)λ ^ z = λ ^ λ∈ \(\mathbb{R}\)}

a) c=5 Im = (\(-\infty\) ; 13] b) S = {(x,y,z)∈ \(\mathbb{R}^{3}\)/ x = \(\frac {1} {3} \)λ ^ y = 1-\(\frac {2} {3} \)λ ^ z = λ ^ λ∈ \(\mathbb{R}\)}

a) c=4 Im = (\(-\infty\) ; 13] b) S = {(x,y,z)∈ \(\mathbb{R}^{3}\)/ x = -\(\frac {1} {3} \)λ ^ y = 1+\(\frac {2} {3} \)λ ^ z = λ ^ λ∈ \(\mathbb{R}\)}

a) c=5 Im = (\(-\infty\) ; 11] b) S = {(x,y,z)∈ \(\mathbb{R}^{3}\)/ x = -\(\frac {1} {3} \)λ ^ y = 1-\(\frac {2} {3} \)λ ^ z = λ ^ λ∈ \(\mathbb{R}\)}

a) r(x) = 95x + 100 b) P(6,75)

a) r(x) = 95x + 100 b) P(6,70)

a) r(x) = -95x + 100 b) P(6,75)

a) r(x) = -95x + 100 b) P(6,70)