The stantion or the angle/upper 90
The goalpost is 8 feet high and the cross bar is 24 feet long.
In lacrosse, if the ball hits both the left and right goalposts as well as the crossbar but does not fully cross the goal line, it is not considered a goal. For a goal to be counted, the entire ball must completely cross the plane of the goal line. Hitting the posts or crossbar indicates that the shot was unsuccessful.
NFl goal posts are 18 foot 6 inches wide. The cross bar is 10 foot from the ground, and posts extend to a hight of at least 30 foot above the crossbar.
Point after try (PAT)
Disadvantages are : 1.The crossbar switch is singled-layered switch. 2.At each point,there is a switch when closed,connects one of the inputs to one of the outputs.
100 yards or 300 feet, goalpost to goalpost
A crossbar is a horizontal bar, stripe, line ect.
the goalpost
"Goal posts must be single-standard type, offset from the end line and painted bright gold. The goal posts must be 18 feet, 6 inches wide and the top face of the crossbar must be 10 feet above the ground. Vertical posts extend at least 30 feet above the crossbar. A ribbon 4 inches by 42 inches long is to be attached to the top of each post. The actual goal is the plane extending indefinitely above the crossbar and between the outer edges of the posts."http://www.nfl.com/rulebook/fieldfootball is a game played with your feet......the height of the upright.i.e; goalpost is 8Ftsome numpties will say this is soccer........that proves just why they are numpties
There is no specific name for lines that meet at one point, but lines that meet at a point, the point is called the intersection point.
I
Crossbar Switch: A Crossbar Switch connects n inputs to m outputs in a grid, using electronic micro-switches (transistors) at each cross point. The major limitation of this design is the number of crosspoints required. Connecting n inputs to m outputs using a crossbar switch requires n * m crosspoints. For example, to connect 1000 inputs to 1000 outputs requires a crossbar with 1,000,000 crosspoints. A crossbar with this number of crosspoints is impractical. Such a switch is also inefficient because statistics show that, in practice, fewer that 25 percent of the crosspoints are in use at any given time. The rest are idle. Multistage Switch: The solution to the limitations of the crossbar switch is the Multistage Switch, which combines crossbar switches in several stages. In multistage switching, devices are linked to switches that, in turn are linked top other switches. The design of a multistage switch depends on the number of stages and the number postages required (or desired) in each stage.