This is entirely dependent on anatomy, and thus can not be answered very simply. It would be best to consult with a skilled piercer with some experience with both if you are seeking to have them. Many women are not suited to a horizontal hood due to space between the thighs and the formation of the labia. Some are not suited to a vertical hood due to lack of space under the hood its self for the jewelry. So it stands to reason that being able to have both simultaneously would be pretty rare, though I am sure there are a few women with the anatomy for such a thing.
A vertical mill is the same as an vertical integration mill. It is built vertical, not horizontal.
If the vertical and horizontal stripes are in the same window, then CONGRATS! if its a horizontal stripe in the first window and the vertical stripe in the control window, then you are not pregnant.
Vertical is up and down and horizontal is side to side. Think of the horizon, it is a line and horizontal has the same root. In fact, one definition of horizontal is parallel to or in the plane of the horizon.
the vertical angles are the same angles as well as horizontal angles but vertical and horizontal are most the time different except when they all are 90 degrees.
The word that fits the clues is "H." It has both horizontal and vertical symmetry, as it looks the same when flipped along either axis. In contrast, the letter "Q" has vertical symmetry but no horizontal symmetry, while the letter "O" exhibits horizontal symmetry but no vertical symmetry.
Yes, a body can possess velocity in both horizontal and vertical directions simultaneously. This is known as projectile motion, where an object is moving in a parabolic path due to a combination of horizontal and vertical velocities.
The horizontal distance a projectile falls below an otherwise straight-line path is equal to the vertical distance it would fall from rest in the same time due to the independence of horizontal and vertical motions. In projectile motion, the horizontal component moves at a constant speed while the vertical component is influenced by gravity. Therefore, the vertical drop in a given time interval is determined solely by the acceleration due to gravity, which is the same regardless of the horizontal motion. As a result, the horizontal and vertical displacements can be analyzed separately, leading to this direct comparison.
No. Both have cells, but rows are horizontal and columns are vertical.
We start on the horizontal axis because of tradition. You would get the same results if you started on the vertical axis, as long as you continue to label the horizontal axis as the x-axis and the vertical axis as the y-axis.
A vertical line has an undefined slope. If a line is vertical, the horizontal coordinate, commonly known as the x coordinates, must all be the same. If not, the line would not be vertical.
A vertical line has the same x-value. A horizontal line has the same y-value. The equation, y=3 would graph as a horizontal line crossing the y-axis at 3.
they connect the same