116981 Rectangular to **Cylindrical** and Spherical Coordinates Rectangular to **Cylindrical** and Spherical Coordinates Please see the attached file for the complete solution.
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77193 **Cylindrical** and spherical coordinates **Cylindrical** and spherical coordinates Please see the attached file.
a)
Consider the sphere .

96550 **Cylindrical** Coordinate Radians **Cylindrical** Coordinate Radians As tan(theta)=y/x=2/(-4)=-0.5, we get
theta=pi-arctan(0.5)=2.678
So, the **cylindrical** coordinates are
r = (20)^(1/2)
theta =2.678

When we have a **cylindrical** symmetry it is useful to use polar **cylindrical** coordinates:
(1.2)
Where is the distance from the origin and is the angle between the radius vector to the point and the positive x-axis measured counterclockwise.

119187 **Cylindrical** Coordinates. **Cylindrical** Coordinates.

49530 Finding **cylindrical** coordinates Finding **cylindrical** coordinates Please see the attachment. This shows how to find xyz and **cylindrical** coordinates for a point with spherical coordinates.

As the **two** distances should be the same, we have y1^2 = x^2 + y^2, So substitute the above equation into (1)
z^2 = x^2 + y^2 (2)
(2) in the **cylindrical** coordinate is
z = r^2
4.

180359 Change from **cylindrical** to spherical coordinates. Change from **cylindrical** to spherical coordinates. Please see the attached file. This shows how to change coordinates from **cylindrical** to spherical form

Canada opportunity cost to produce one computer = 15/40 **tanks** = 0.375 **tanks**
Israels opportunity cost to produce one computer = 50/100 **tanks** = 0.5 **tanks**
Canada has the lower opportunity cost of production when it comes to computers.

206680 Electrostatics: Capacitance of a **Cylindrical** Capacitor Electrostatics: Capacitance of a **Cylindrical** Capacitor Please see the attached file for complete solution.