yes the number 8 has a vertical line of symmetry. and depending on how you draw it also a horizontal line of symmetry.
You draw a vertical line at x=7. Does not matter what y value you pick, x is always 7. So find 7 on the x axis and draw a vertical line that is perpendicular to the x axis at the point (7,0)
draw a line vertical from where strain is equal to 2.5%. where it hits your stress vs. strain curve, draw a line from there to the origin the slope of that line is your Es or secant modulus
A horizontal line is perpendicular to a vertical line.
-- Label the vertical (' y ') axis ' w '.-- Draw a horizontal line on the graph, passing it through the pointon the vertical axis where w=5.-- Draw gigantic light 'X's, or shadows or slanty lines or squiggles, everywhereabove the horizontal line, indicating that every point in that infinite half-planeabove the line, as well as every point on the line itself, is a solution of the inequality.
| | | vertical line segment
you draw a straight line horizontally ( up then down ) then draw a vertical ( sideways ) attached to the horizontal line and draw another horizontal line on the other end of the vertical line it looks like this H
yes the number 8 has a vertical line of symmetry. and depending on how you draw it also a horizontal line of symmetry.
PARALELLOGRAM
That depends. How tough do you think it would be to draw a horizontal line or a slanting line on the wall ?
Vertical line. If you can draw a vertical line through some part of a graph and it will intersect with the graph twice, the graph isn't a function.
1. Draw a straight, vertical line. 2. Draw a line straightly from its tip going between horizonal and vertical, like a plus. 3. Draw a line straightly from its tip directly horizontally. 4. Draw a line straightly from its tip going in between the lines drawn in step 1 and 3. 5. Connect the extra lines straightly.
Draw a circle, draw a vertical line through it, trim half the circle and ends of the line, and revolve the semicircle with the line as the axis.
draw a line from the centre top to the centre bottom. if both sides are even it is a line of symmetry. (answered by a 11 year old)
from the floor plan by drawing the vertical line from it
OK. Got it.Ours looks like this.|What next ?
From the starting point, draw a horizontal line 17.3 inches long. From the end of that line, draw a vertical line 10 inches long. The line from the starting point to the end of the vertical line makes an angle of 30.03° with the horizontal line.