quadrant one has two positive numbers. quadrant two has neg. x numbers and positive y numbers quadrant three has two negative numbers quadrant fout has pos. x numbers and negative y numbers. 3.3 is only one value. you need two number to find the quadrant. 3.3 lies on the x-axis and doesnt lie in a quadrant. therefore you answer is no quadrant.
A semicircle is one possible answer.
there are two angles
Quadrant.
A circle is bisected by its diameterAngles at the base of any isosceles triangle are equal.If two straight lines intersect, the opposite angles formed are equal.If one triangle has two angles and one side equal to another triangle, the two triangles are equal in all respects.Any angle inscribed in a semicircle is a right angle. This is known as Thales' Theorem.
There are infinitely many possible answers. Two of the more common shapes are semicircle and quadrant.
quadrant one has two positive numbers. quadrant two has neg. x numbers and positive y numbers quadrant three has two negative numbers quadrant fout has pos. x numbers and negative y numbers. 3.3 is only one value. you need two number to find the quadrant. 3.3 lies on the x-axis and doesnt lie in a quadrant. therefore you answer is no quadrant.
Incisors (two in each quadrant) and canines (one in each quadrant) are the front teeth.
there are four incisors two central and two lateral in each arch one central and one lateral in each quadrant and two canines in each arch behind the lateral incisors one in each quadrant and 4 premolars in each arch two in each quadrant after the canines finally we have six molars in each arch three in each quadrant
A semicircle is one possible answer.
there are two angles
Quadrant.
A circle is bisected by its diameterAngles at the base of any isosceles triangle are equal.If two straight lines intersect, the opposite angles formed are equal.If one triangle has two angles and one side equal to another triangle, the two triangles are equal in all respects.Any angle inscribed in a semicircle is a right angle. This is known as Thales' Theorem.
Consider angles in standard position, and note that for the equation sin θ = 0.5, the angle in the first quadrant is θ = 30° The sin function is positive in quadrants I and II, and negative in quadrants III and IV, so there are two basic answers, one in quadrant III and another in quadrant IV. In quadrant III, the angle is 180° + 30° = 210° In quadrant IV, the angle is 360° - 30° = 330° Of course, this is a wave function so there are an infinite number of answers. You can add full circles (i.e. multiples of 360°) to either of these answers to get more answers. In quadrant III, the angles are 210°, 570°, 930°, ... In quadrant IV, the angles are 330°, 690°, 1050°, ...
To assign a point to a quadrant, you need TWO coordinates - the x-coordinate, and the y-coordinate.
It is not possible. A quadrant extends infinitely far in two directions and so has no centre.
Only in a single quadrant? No. A line can be in two, or in three, different quadrants.