0 because the letter t does not have anything to be parallel with but it is intersecting.
In two dimensions, to be parallel two lines must only have equal slopes. y=x+2 and y=x-7 are parallel because they have the same slope (1). In three dimenstions, this is also true, but the slopes must be equal in two directions. There are various ways of investigating this, but it is easiest to determine if two lines are parallel is if one can be expressed as a scalar multiple of the other. In three dimensions, lines can almost exclusively be drawn using vector-valued functions(especially for the scope of any class up to and including Calc 3). So, two three dimensional lines are parallel if one is a scalar multiple of the other, that is to say: <x1(t), y1(t), z1(t)>=k<x2(t), y2(t), z2(t)> where "k" is some real number. For example: <t, t+1, 4-t> is parallel to <2t, 2t+2, 8-2t> because <2t, 2t+2, 8-2t>=2<t, t+1, 4-t>
i have no idea im wondering the same thing.
It depends on the font used, but 8 letters of the Latin alphabet have parallel lines:B D E F H M N ZWith some fonts, you can add R and I
It has one line of symmetry
None but it does have perpendicular lines
0 because the letter t does not have anything to be parallel with but it is intersecting.
It is the capital letter N that has vertical parallel lines.
Railroad tracks or the number 11 are parallel lines. A cross or a small t are perpendicular lines. Also the two ll's in the middle of parallel are parallel lines.
yes
It is rated T for the wii and M for The ps2.
Parallel lines are lines that never intersect or never cross and meet together. There is 4 letters in the alphabet that have parallel lines. E,F,H,I, and N. The letters A,X, and T are examples of intersecting lines. the lines meet together.
A T-square
Parallel: E, F, H, I, M, N, O (in some fonts), U, Z. Perpendicular: E, F, G, H, L, T. Many more letters have perpendicular lines in serif fonts. Also, there are letters, such as D, in which the ends of the curved section are parallel to one another and are perpendicular to the vertical element.
In two dimensions, to be parallel two lines must only have equal slopes. y=x+2 and y=x-7 are parallel because they have the same slope (1). In three dimenstions, this is also true, but the slopes must be equal in two directions. There are various ways of investigating this, but it is easiest to determine if two lines are parallel is if one can be expressed as a scalar multiple of the other. In three dimensions, lines can almost exclusively be drawn using vector-valued functions(especially for the scope of any class up to and including Calc 3). So, two three dimensional lines are parallel if one is a scalar multiple of the other, that is to say: <x1(t), y1(t), z1(t)>=k<x2(t), y2(t), z2(t)> where "k" is some real number. For example: <t, t+1, 4-t> is parallel to <2t, 2t+2, 8-2t> because <2t, 2t+2, 8-2t>=2<t, t+1, 4-t>
i have no idea im wondering the same thing.
Parallel lines never touch each other, they run side by side, like railroad tracks, or this equal sign = Perpendicular lines cross each other at 90 degrees, so it looks like a t or a plus sign, +