## What is a degenerate triangle?

In mathematics, something is called degenerate if it is a special case of an object which has, in some sense, “collapsed” into something simpler. For example: A degenerate triangle has all three of its vertices lying on the same straight line, so the triangle is squashed completely flat.

## Are degenerate triangles triangles?

A degenerate triangle is the “triangle” formed by three collinear points. It doesn’t look like a triangle, it looks like a line segment. A parabola may be thought of as a degenerate ellipse with one vertex at an infinitely distant point.

**What’s a non degenerate triangle?**

Non-degenerate triangle − it is a triangle that has a positive area. The condition for a non-degenerate triangle with sides a, b, c is − a + b > c a + c > b b + c > a. Let’s take an example to understand the problem better − Input − arr[2, 5 ,9, 4, 3]

**What is a degenerate polygon?**

A convex polygon is degenerate if at least two consecutive sides coincide at least partially, or at least one side has zero length, or at least one angle is 180°. Thus a degenerate convex polygon of n sides looks like a polygon with fewer sides.

### What’s a non-degenerate triangle?

### What is a degenerate case in math?

A limiting case in which a class of object changes its nature so as to belong to another, usually simpler, class. For example, the point is a degenerate case of the circle as the radius approaches 0, and the circle is a degenerate form of an ellipse as the eccentricity approaches 0.

**What is degenerate and non degenerate?**

The key difference between degenerate and non-degenerate semiconductors is that in degenerate semiconductors, the injection of electrons or holes is only possible from the Fermi energy level, whereas non-degenerate semiconductors can cause the formation of two types of contacts to organic material.

**What is degeneracy example?**

The degeneracy of the code means a codon whose nitrogenous base composition is different from another codon could yield the same amino acid. For instance, glutamic acid is an amino acid that may be specified by two structurally-different codons.

#### What is mean by degenerate conic?

A degenerate conic is a plane curve of degree 2 defined by a polynomial equation of the same degree that cannot be an irreducible curve. If the plane cuts the vertex of the cone, then a degenerate conic is obtained. It can be a single line, two lines that may or may not be parallel, a single point or a null set.

#### What are the 3 degenerate conics?

THE THREE DEGENERATE CONICS ARE THE POINT, THE LINE, AND TWO INTERSECTING LINES.

**What are degenerate conics examples?**

A degenerate real conic may be:

- Two intersecting lines, such as.
- Two parallel lines, such as.
- A double line (multiplicity 2), such as.
- Two intersecting complex conjugate lines (only one real point), such as.
- Two parallel complex conjugate lines (no real point), such as.
- A single line and the line at infinity.

**What is non degenerate triangle?**

## What are the types of degeneracy?

For an N-particle system in three dimensions, a single energy level may correspond to several different wave functions or energy states.

…

- 3.1 Degeneracy in one dimension.
- 3.2 Degeneracy in two-dimensional quantum systems.
- 3.3 Particle in a rectangular plane.
- 3.4 Particle in a square box.
- 3.5 Particle in a cubic box.

## What do you mean by degenerate?

1 : to sink into a low intellectual or moral state. 2 : to pass from a higher to a lower type or condition: as. a : to gradually deteriorate so that normal function or structure is impaired or lost the retina degenerated. b : to decline from the standards of a species, race, or breed.

**How are degenerate conics formed?**

A degenerate conic is generated when a plane intersects the vertex of the cone. There are three types of degenerate conics: a single point, a line or two parallel lines, or two intersecting lines.

**How do you identify a degenerate conic?**

When the plane does intersect the vertex of the cone, the resulting conic is called a degenerate conic. Degenerate conics include a point, a line, and two intersecting lines. The equation of every conic can be written in the following form: Ax2 + Bxy + Cy2 + Dx + Ey + F = 0.

### How can we find degeneracy?

Note: Degeneracy of orbitals means that the orbitals are of equal energy. Such orbitals are called degenerate orbitals. In hydrogen the level of energy degeneracy is as follows: 1s, 2s = 2p, 3s = 3p = 3d, 4s = 4p = 4d = 4f,…