They must be otherwise they would not be diagonals.
Three quarters of the way from 0 to 1.
You can see which fraction is greater by using the butterfly method! DUH! So lets say if we use 2 over 3 and then another fraction 6 over 5. You then draw a circle starting from the 2 going diagnol over the 5. So then you do 2 times 5 which is 10. Then you do another diagnol line starting this time form the 3 going diagnol over the 6. Then you do 6 times 3 which is 18. After 18 and 10 you draw an arch coming from each circle connecting to the 18 and connecting to the ten. Then you circle the 18 and the 10. Then it looks like a butterfly. So which is greater 10 or 18. !8 is greater so then your problem should look like this: 10<18. So 18 is greater than 10. There you go you got your answer.
A vertical line goes up and down otherwise to say it goes straight up
It goes one quarter the way from 0 to 1.
A square
-_- hspeed = 2; vspeed = 2; There, you now have an object going diagnol. Go wild.
This is the graph of a diagnol line. Range: (-infinity, infinity)
no u have to go diagnol at all times
Go to the commands button, near the smiley face I think on the bottom near the chat bar, and click on the 3rd one. You can sit diagnol. You can also face straight, backwards, or any other way and click the "S" on your keyboard if you do not wish to sit diagnol. (:
horizantal, vertical,diagnol. horizantal, vertical,diagnol.
13m
Assuming that you mean diagonal (not diagnol) lines, they are straight lines that join non-adjacent vertices in a polygon or polyhedron.
16cm squared.
the right way
two congruent triangles
NortH and south