Assertion: ellipse's axis | /r/HasProperty | major
Facets:
value: depending 're taking half
type: OTHER
Source sentences:
text: If the ellipse is rotated along its major axis to produce an ellipsoidal mirror (specifically, a prolate spheroid), this property holds for all rays out of the source.
text: An ellipse rotated about its minor axis gives an oblate spheroid, while an ellipse rotated about its major axis gives a prolate spheroid.
text: The longer axis is called the major axis, and the shorter axis is called the minor axis.
text: The longer axis is called the major axis, and the shorter axis is called the minor axis.
text: A half-axis, from the center out to the ellipse, is called a "semi-major" or a "semi-minor" axis, depending on which axis you're taking half of.
text: The ellipse has two symmetric axis (semi-major and semi-minor), but the ovals can have either one or two symmetric axis.
text: An ellipse rotated about its minor axis gives an oblate spheroid, while an ellipse rotated about its major axis gives a prolate spheroid.
text: Each ellipse has a major axis and a minor axis.
text: If the ellipse is rotated along its major axis to produce an ellipsoidal mirror (specifically, a prolate spheroid), this property will hold for all rays out of the source.
text: In Salt Lake City, the roof of the Mormon Tabernacle has the shape of an ellipse rotated around its major axis, and its reflective properties give the auditorium its unusual acoustical properties.
text: However an ellipse could also have a major axis that is vertical as shown in Figure 2.
text: If an ellipse has its major axis along the y‐axis and is centered at (0, 0), the standard form becomes
text: If an ellipse is not centered at the origin of an x-y coordinate system, but again has its major axis along the x-axis, it may be specified by the equation
text: If the ellipse is rotated along its major axis to produce an ellipsoidal mirror (specifically, a prolate spheroid, or prolatum), this property will hold for all rays out of the source.
text: ellipse rotated around its minor axis and gives an oblate spheroid, and an ellipse revolved around its major axis and gives a prolate spheroid.
text: If the ellipse is rotated along its major axis to produce an ellipsoidal mirror (specifically, a prolate spheroid), this property holds for all rays out of the source.
text: If the ellipse is rotated along its major axis to produce an ellipsoidal mirror (specifically, a prolate spheroid), this property will hold for all rays out of the source.
text: If the ellipse is rotated along its major axis to produce an ellipsoidal mirror (specifically, a prolate spheroid, or prolatum), this property will hold for all rays out of the source.
text: Each ellipse has a major axis and a minor axis.
text: ellipse rotated around its minor axis and gives an oblate spheroid, and an ellipse revolved around its major axis and gives a prolate spheroid.
text: The longer axis is called the major axis, and the shorter axis is called the minor axis.
text: The longer axis is called the major axis, and the shorter axis is called the minor axis.
text: The longer axis is called the major axis, and the shorter axis is called the minor axis.
text: The longer axis is called the major axis, and the shorter axis is called the minor axis.