yes, it does
Yes, while naming a line segment, as long as the two points are on the line, it does not matter what order they are in or which points they are. well their not
It is to the order of 3
Yes, an equilateral triangle has rotational symmetry of order 3.
The order of rotational symmetry of a equilateral triangle is three. However, the order of an isosceles triangle is one. So, the rotational symmetry depends on the specific type of triangle figure. However, all figures have at least one order. Rotational symmetry is associated with how a shape can be rotated and retains the same or similar appearance.
False
Yes, while naming a line segment, as long as the two points are on the line, it does not matter what order they are in or which points they are. well their not
Yes, it matters.
Yes, the order of the numbers in an ordered pair matters when naming a point. An ordered pair is typically written as (x, y), where 'x' represents the horizontal coordinate and 'y' represents the vertical coordinate. Reversing the order would indicate a different point in the coordinate system, altering its position. Hence, proper notation is crucial for accurately identifying points in a plane.
at points that isn't answerable
Normally, you would do this, but there are exceptions. For example, the sides of a triangle are ab=10, bc=12, ca=15.
The order of them does not matter at all, as long as the sides are consistently opposite the angles with the corresponding letter (e.g. side "A" is always opposite angle "a").
The three elements of the fire triangle that must be present are Heat, Oxygen, and Fuel. This has recently been changed though from the fire triangle to the fire tetrahedron. This includes Heat, Oxygen, and Fuel as well. But, it also contains a fourth, chemical reaction.
An isosceles triangle has rotational symmetry of order 1.
A right triangle.
An equilateral triangle.
It is to the order of 3
Its function naming and parameter order/return values are inconsistent