Given the parabola \( y^2=-16x \), choose the correct focus and directrix from the choices below. You do not have to show work for this problem.
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Given the ellipse: \( 16x^2+9y^2=144 \) Choose the correct f…
Given the ellipse: \( 16x^2+9y^2=144 \) Choose the correct foci from the choices below. Show work for this problem.
Given the hyperbola: \( -36x^2+y^2-144=0 \), find the verti…
Given the hyperbola: \( -36x^2+y^2-144=0 \), find the vertices & equations for the asymptotes. Choose the correct answer for each question. Show work for this problem.
Determine the standard equation of the ellipse with vertice…
Determine the standard equation of the ellipse with vertices: (4, 5) and (4, -21) Foci: (4, -3) and (4, -13) Choose the correct equation below. Show work for this problem.
For u = and v = find u • v. Show work for this problem.
For u = and v = find u • v. Show work for this problem.
What quadrant is the complex number (-3-4i) located in? [[1…
What quadrant is the complex number (-3-4i) located in? [[1]] What is the absolute value of the complex number (-3-4i)? [[2]] Use the drag and drop feature to answer each question. Show work for this problem.
Find the angle between u = and v = to the nearest tenth of…
Find the angle between u = and v = to the nearest tenth of a degree. Do not type the degree symbol. Make sure Desmos is in degree mode. Show work for this problem.
Find the unit vector orthogonal to v = 3i – 4j. The unit vec…
Find the unit vector orthogonal to v = 3i – 4j. The unit vector orthogonal to v = 3i – 4j is . Use the drag and drop feature to fill in the components. Show work for this problem.
Given \( tan \theta= \frac{2}{ \sqrt[]{5} } \), \( cos \thet…
Given \( tan \theta= \frac{2}{ \sqrt[]{5} } \), \( cos \theta \)
Laws that impose criminal punishment without a trial are cal…
Laws that impose criminal punishment without a trial are called ______.