A real life example of a segment bisector is a median of a road. A median is the physical barrier that divides two lanes of traffic heading in opposite directions. The median bisects the road meaning it divides the road into two equal parts. It is the perpendicular bisector of the segment formed by the two lanes of traffic.
hmm... let's see, we can say when we cut a quarter of a cake into 2 pieces, we are dividing along the angle bisector
Something like a pencil or log, because it was cut off from something bigger.
Real life is a real life example!
a Television is a real life example of a Cube A dice is a real life example of a cube
Cytpolasm is an example of cytoplasm in real life: it does exist.
A rainbow.
hmm... let's see, we can say when we cut a quarter of a cake into 2 pieces, we are dividing along the angle bisector
Something like a pencil or log, because it was cut off from something bigger.
Real life is a real life example!
Two walls in a room meet to form and angle. If you wish to be equal distances from the two walls, you must be standing on the angle bisector.
a Television is a real life example of a Cube A dice is a real life example of a cube
a real life example of an octagon is a stop sign.
A real life example of a cliff are the white cliffs of Dover.
A real life example is the chloroplasts found in plant cells.
A pennant is a real life example of an isosceles triangle.
Any line that is drawn or printed is a real life approximation. A line is an abstract geometric concept which has a length but no thickness. A line segment is of finite length. Since it is impossible to draw an infinitely long line, whatever is drawn is a segment. However, it is an approximation because at the microscopic, or submicroscopic level, it is impossible for it to have no thickness at all.
In mathematics, a real-life example of a vertex can be found in the context of geometry, specifically in the study of polygons. For instance, in a triangle, the point where two sides intersect is known as a vertex. Similarly, in a three-dimensional shape like a pyramid or a cone, the point where the edges or faces meet is also referred to as a vertex. Overall, vertices play a crucial role in defining the shape and structure of geometric figures in both theoretical and practical applications.