the minimum height varies, depending on the needs of the road and the traffic it was designed for.
On 11-66kV not less than 5,5 metres,with hazard signs on both sides indicating height of line.
In Georgia, the minimum utility line height requirements vary depending on the type of utility. For example, overhead power lines must be at least 18 feet above roadways. For other types of utilities, such as communication lines, the height requirements may differ. It is essential to consult local regulations or utility companies for specific guidelines.
The legal height for decking varies depending on local building codes and regulations, which can differ significantly by region. Generally, there are no specific height limitations for the deck itself, but there may be restrictions related to the height of guardrails, the proximity to property lines, and elevation above ground level. It's important to consult your local building authority or zoning office to ensure compliance with all relevant codes before construction.
The height of a 220 kV transmission tower used by OPTCL (Odisha Power Transmission Corporation Limited) typically ranges between 30 to 40 meters. The exact height can vary depending on specific design requirements, terrain, and safety regulations. These towers are designed to support high-voltage transmission lines while ensuring sufficient clearance from the ground and surrounding structures.
The height of the lines traced by a seismograph, known as the seismogram, represents the amplitude of ground motion caused by seismic waves during an earthquake. Larger amplitudes indicate stronger shaking and more intense seismic activity, while smaller amplitudes suggest weaker vibrations. By analyzing these heights, seismologists can determine the magnitude of the earthquake and assess its potential impact.
It indicates that it is greater for a more severe earthquake or for an earthquake close to the seismograph.
The height of the jagged lines on a seismograph indicates the amplitude or strength of the seismic waves produced by an earthquake. Larger amplitudes typically correspond to stronger shaking and more powerful earthquakes.
The height of the lines traced on paper during an earthquake, often recorded by a seismograph, represents the amplitude of seismic waves, which correlates with the energy released during the event. Larger amplitudes indicate stronger earthquakes and greater energy release. This measurement is essential for determining the earthquake's magnitude and assessing its potential impact. However, it’s important to note that other factors, such as distance from the epicenter, also influence the recorded amplitude.
A seismograph is located under the ground. When there is an earthquake, the ground shakes, which also shakes the pen on the seismograph, making it move along the paper, drawing lines. To know how strong the earthquake was, scientist can look on the paper. The bigger the lines, the stronger the earthquake was.
The height of the jagged lines on a seismogram indicates the amplitude or size of the seismic waves recorded by the seismograph. Larger amplitudes represent stronger ground motion caused by seismic events, such as earthquakes.
Traced lines may appear closer together due to the speed of the movement, the pressure applied by the person tracing, or the texture of the surface being traced upon. These factors can influence the spacing between lines and create variations in the distance between them.
The zigzag lines recorded on a seismograph are called seismic waves. These waves represent the vibrations of the Earth caused by the release of energy during an earthquake. The different patterns and sizes of the waves help scientists analyze the earthquake's characteristics.
The larger the deflection of the indicators (ink pens) the stronger the seismic vibrations that reached the detector.
because if the pen vibrated then the seismograph wouldn't work and it would defeat the purpose. the machine only works if the pen is still. if the pen is still the machine will guide it by the heartbeat lines the pen creates.
Contour lines.
The name of the line on a map that joins places of equals height is "the contour." Contour lines are lines of equal elevation, whereas isohypse are lines of equal geopotential height.