Identify the surface defined by the equation x2 + y2 + 2x - x2 = 0.
A Paraboloid
B Hyperboloid of two sheets
C Ellipse
D Hyperboloid of one sheet
E Ellipsoid
Identify the surface 4.x2 - y2 + 2z2 +4 = 0. Hyperboloid of one sheets Elliptic paraboloid Hyperbolic paraboloid None of the above or below Hyperboloid of two sheets Ellipsoid
(a) Find and identify the traces of the quadric surface x2 + y2 ? z2 = 16 given the plane. x = k Find the trace. y = k Find the trace. z = k Find the trace. Describe the surface from one of the graphs in the table. ellipsoid elliptic paraboloid hyperbolic paraboloid cone hyperboloid of one sheet hyperboloid of two sheets
Consider the surface whose equation is z = -2(y+1)^2 + (x+1)^2 - 1 i) determine a surface of the form (*) whose graph you can translate, rotate, or reflect to obtain the graph of the given surface. Provide the steps one would follow to manipulate the graph of your surface to get the graph of the given surface. Form could be Ellipsoid, Cone, Elliptic Paraboloid, Hyperboloid of One sheet, Hyperbolic paraboloid, and Hyperboloid of two sheets.
16x2-y2 + 42. 16-0. Identify and sketch the surface EXAMPLE 7 Dividing by -16, we first put the equation into standard form: SOLUTION z2 16 4 Comparing this equation with equations of quadratic surfaces, we see that it represents a hyperboloid of two sheets the only difference being that in this case the axis of the hyperboloid is the y-axis The traces in the xy and yz-planes are the hyperbolas 16 and z2 =1 4 x=0. 16 The surface has...
1 3. (10 points) Let S be the quadratic surface given by 22-2-y (a) Classify S (B) S is a hyperboloid of one sheet (E) S is an (A) S is an (D) S is an (b) Find the equation of the tangent plane to S at the point (1,1, v3) (C) S is a hyperboloid of two sheets ellipsoid elliptic cone elliptic paraboloid point P(ro.Mo, 20) on S where the tangent plane to S at the point P contains...
(a) Find and identify the traces of the quadric surface x2 + y2 − z2 = 16 given the plane. x = k Find the trace. Identify the trace. circleellipse hyperbolaparabola y = k Find the trace. Identify the trace. circleellipse hyperbolaparabola z = k Find the trace. Identify the trace. circleellipse hyperbolaparabola Describe the surface from one of the graphs in the table. ellipsoidelliptic paraboloid hyperbolic paraboloidconehyperboloid of one sheethyperboloid of two sheets (b) If we change the equation in part (a) to...
WE CAN CHOOSE MORE THAN ONE SELECTION Describe the graph of 9x2 - y2 + 1622 = 144. O a hyperbolic paraboloid an ellipsoid (or a sphere) O an elliptic paraboloid O a hyperboloid of two sheets O none of the above w O a cone (circular, elliptic, parabolic, or hyperbolic) O a hyperboloid of one sheet O a cylinder (circular, elliptic, parabolic, or hyperbolic)
Consider the following equation of a quadric surface. a. Find the intercepts with the three coordinate axes, when they exist. b. Find the equations of the xy-, xz-, and yz-traces, when they exist. c. Identify and sketch a graph of the surface. + 10022 - - 4-0 c. Identify the shape of the surface. Hyperboloid of two shoots 0 Elliptic cone Hyperboloid one sheet O Ellipsold O Elliptic paraboloid O Hyperbolic paraboloid Choose the correct graph below. OA ов. c....
Can someone help me understand part c, I'm not quire how to do it. The answer is (0,0, plus/minus root(10)) and I don't know how to get there. 3. (9 points) Let S be the quadratic surface given by 2y22 (a) Classify S 10 elliptic paraboloid (B) S is a hyperboloid of one sheet (A) S is an (C) S is a hyperboloid of two Answer (Letter): (D) S is an elliptic cone sheets (E) S is an ellipsoid (b)...
is Find an equation for, and identify, the surface that results when the surface x2 - y2 – 2z2 reflected about the plane Y = 2. b) Find an equation for, and identify, the surface that results when the surface x2 – 4y2 + x2 = ( is translated to the point D(2,-1,-4).