The solutions do depend on what the questions are!
asdasdas
An oblique triangle has no right angle.
Three non-collinear points do not determine a unique spherical triangle.
A plane triangle looks like a common triangle. A plane triangle is solved with linear units. A spherical triangle is found inside of a sphere. This type of triangle is solved with angular units.
All three interior angles of a spherical triangle may be right angles.
asdasdas
The answer will depend on what PARTS! Also, you will not be able to go very far without a good understanding of spherical geometry.
Yes, there can be oblique lines in a triangle. However, there can only be oblique lines in a triangle if the triangle is considered to be a 'right' triangle.
No.The definition of an oblique triangle is "any triangle that is not a right triangle".
One's a triangle.
An oblique triangle has no right angle.
An oblique triangle is any triangle that is not a right triangle. An oblique triangle could be either obtuse (having one side greater than 90 degrees) or acute. An acute triangle is one with all three angles less than 90 degrees. It cannot be obtuse, or right.
Three non-collinear points do not determine a unique spherical triangle.
A plane triangle looks like a common triangle. A plane triangle is solved with linear units. A spherical triangle is found inside of a sphere. This type of triangle is solved with angular units.
The polar triangle is a geometric figure formed by connecting the poles of a spherical triangle to the vertices of that triangle. In spherical geometry, if a triangle is defined by three points on the surface of a sphere, the polar triangle consists of the points that are the poles of the arcs connecting these vertices. This concept is useful in various applications of spherical trigonometry, particularly in navigation and astronomy, where understanding the relationships between angles and distances on a sphere is crucial. The relationships between the angles and sides of the polar triangle can be derived from those of the original spherical triangle.
Yes, they do exist.
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