The rules state no more than 100 metres between goal lines
Rugby field dimensions include the posts - 5.6 metres wide. The top edge of the cross bar is 3.0 metres from the ground. The minimum height of the posts is 3.4 metres.
Its 18.04 feet in union and 17.71 feet in league
(*)The distance between the two goal posts is 5.6 metres. (*)The crossbar is placed between the two goal posts so that its top edge is 3.0 metres from the ground. (*)The minimum height of the goal posts is 3.4 metres. (*)When padding is attached to the goal posts the distance from the goal line to the external edge of the padding must not exceed 300mm
Rugby field dimensions include the posts - 5.6 metres wide. The top edge of the cross bar is 3.0 metres from the ground. The minimum height of the posts is 3.4 metres.
motivation
The distance between the two goal lost uprights is 5.4 metres. The height from ground to cross bar (top of the rail) must be 3 metres . From the top of the cross bar to the top of the two uprights must be 3.4 metres.When padding is attached to the goal posts the distance from the goal line to the external edge of the padding must not exceed 300mm
In a cyclotron, the charged particle is accelerated by the oscillating electric field between the dees. When the particle enters the gap between the dees, the electric field is zero, but a magnetic field causes the particle to rotate in a circular path and gain energy each time it crosses the gap due to its velocity being increased by the electric field before entering the gap.
The air gap of a magnet refers to the space between the magnet poles where the magnetic field is generated. It represents the distance over which the magnetic field lines travel and influence external objects. The air gap plays a critical role in determining the strength and reach of the magnetic field produced by the magnet.
The goal posts are 'H' shaped and are placed in the middle of the goal line. The two uprights are placed exactly 5.6 metres apart and the crossbar that links them is 3 meters above the ground.
to convert the achievement gap
if there is no communication gap between colleagues,sub-ordinates,officials then the company will be getting the better achievements
The air gap on a coil refers to the space between the coil's windings or between the coil and the magnetic core. This gap is crucial for magnetic circuits, as it affects the coil's inductance and the overall efficiency of the magnetic field generated. A larger air gap typically reduces inductance and increases reluctance, while a smaller gap can enhance inductive properties but may lead to saturation in the core material. Properly managing the air gap is essential for optimizing the performance of electromagnetic devices.