Q: How do you solve for a spherical triangle?

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A spherical triangle is not a question or a puzzle that you can solve, or even slove! You need to specify what information you have and what you wish to solve for: angles, lengths of sides, perimeter, area and so on.

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.

He defined the spherical triangle

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A spherical triangle is not a question or a puzzle that you can solve, or even slove! You need to specify what information you have and what you wish to solve for: angles, lengths of sides, perimeter, area and so on.

The answer will depend on what PARTS! Also, you will not be able to go very far without a good understanding of spherical geometry.

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.

Yes, they do exist.

In spherical trigonometry this is possible

All three interior angles of a spherical triangle may be right angles.

He defined the spherical triangle

A polar triangle in spherical trigonometry is a triangle that has one vertex at either of the Earth's poles. Spherical trigonometry deals with measuring angles and sides in triangles on the surface of a sphere, rather than in a flat plane. Polar triangles can be used to determine the distance between two points on the Earth's surface when the latitudes and longitudes of those points are known.

The solutions do depend on what the questions are!

In normal geometry, it's not possible to make a triangle with two obtuse angles. It is possible to make a triangle with two obtuse angles in spherical geometry -- it's a kind of "spherical triangle". It is possible to make a triangle with two obtuse angles in some kinds of non-Euclidean geometry -- it's a kind of "non-Euclidean triangle".

Not normally but try drawing a triangle on a spherical shape