one - directly down the middle from front to back - then again, technically none. The steering wheel makes it so that one side of the car will always be different than the other.
But... I guess it depends on what you mean by "a Ford." If you mean the entire car, then it is technically none. It also depends on what you mean by "symmetrical lines." In mathematics there are lines of symmetry and a line of symmetry indicates that both sides are mirror opposites. I'm not sure what symmetrical lines are.
Now if you are talking about various parts of a car, then those various parts may or may not have lines of symmetry.
And this is also ignoring the fact that there are parts of a car that have circular symmetry, like the hub caps and wheels which really don't have much to do with lines at all.
a circle has an infinite amount of symmetrical lines. everywhere you put a line through a circle, it will be symmetrical.
It has 4 lines of symmetry
5
4
three
Different polygons have differentiating amounts of symmetrical lines.
They are amongst many more:- Perpendicular lines Parallel lines Diagonal lines Transversal lines Symmetrical lines
That's easy! NONE!
Yes, and many have multiple lines of symmetry.
a symmetrical line.
I like to learn about symmetrical lines in math class.
some shapes have many lines of symettry while others have none.