The Sulba Sutras do not contain any explicit discussion of trigonometry, although some scholars believe that some of the geometric constructions described in the texts may have been inspired by trigonometric principles.

The Pythagorean Theorem is one of the most famous theorems in mathematics, and it is believed to have been first discovered by the ancient Babylonians. However, the Sulba Sutras contain the earliest known written statement of the theorem, which is why it is sometimes referred to as the Sulba Sutra Theorem.

The Doubling Method is a simple geometric construction that can be used to construct a square that is twice the area of a given square. The method involves constructing a square with sides that are twice the length of the sides of the given square, and then dividing the new square into four equal squares. The two squares that share a side with the given square are then combined to form a new square that is twice the area of the given square.

The Baudhayana Sulba Sutra is one of the most important Sulba Sutras, and it is attributed to the mathematician Baudhayana. The text contains a wealth of information on geometry, algebra, and number theory, including the earliest known statement of the Pythagorean Theorem.

The Sulba Sutra Method is a geometric construction that can be used to construct a circle that is tangent to three given circles. The method involves constructing a series of circles that are tangent to two of the given circles, and then using these circles to construct a final circle that is tangent to all three of the given circles.

The Apastamba Sulba Sutra is one of the most important Sulba Sutras, and it is attributed to the mathematician Apastamba. The text contains a wealth of information on geometry, algebra, and number theory, including a discussion of the Pythagorean Theorem.

The Sulba Sutra Method is a geometric construction that can be used to construct a square that is equal in area to a given circle. The method involves constructing a square that is circumscribed about the circle, and then dividing the square into four equal squares. The two squares that share a side with the circle are then combined to form a new square that is equal in area to the circle.

The Katyayana Sulba Sutra is one of the most important Sulba Sutras, and it is attributed to the mathematician Katyayana. The text contains a wealth of information on geometry, algebra, and number theory, including a discussion of the Pythagorean Theorem.

The Sulba Sutra Method is a geometric construction that can be used to construct a rectangle that is equal in area to a given circle. The method involves constructing a rectangle that is circumscribed about the circle, and then dividing the rectangle into four equal rectangles. The two rectangles that share a side with the circle are then combined to form a new rectangle that is equal in area to the circle.

The Manava Sulba Sutra is one of the most important Sulba Sutras, and it is attributed to the mathematician Manava. The text contains a wealth of information on geometry, algebra, and number theory, including a discussion of the Pythagorean Theorem.

The Sulba Sutra Method is a geometric construction that can be used to construct a triangle that is equal in area to a given circle. The method involves constructing a triangle that is inscribed in the circle, and then dividing the triangle into two equal triangles. The two triangles are then combined to form a new triangle that is equal in area to the circle.

Varahamihira is not known to have written any Sulba Sutras.

The Sulba Sutra Method is a geometric construction that can be used to construct a regular hexagon that is inscribed in a given circle. The method involves constructing a hexagon that is circumscribed about the circle, and then dividing the hexagon into six equal triangles. The six triangles are then combined to form a new hexagon that is inscribed in the circle.

Bhaskara is not known to have written any Sulba Sutras.

The Sulba Sutra Method is a geometric construction that can be used to construct a regular octagon that is inscribed in a given circle. The method involves constructing an octagon that is circumscribed about the circle, and then dividing the octagon into eight equal triangles. The eight triangles are then combined to form a new octagon that is inscribed in the circle.