No
Higher voltage and effectively unlimited current.house wiring is 120V to 240Vneighborhood distribution power lines are 1000V to 5000Vcity and industrial distribution power lines are 20,000V to 50,000Vintercity high tension transmission power lines are 100,000V to 1,000,000V
High tension power lines can emit electromagnetic fields (EMFs) that may have potential health effects on humans, including increased risk of cancer, neurological disorders, and other health issues. Studies have shown mixed results on the actual risks, with some suggesting a possible link to health problems but more research is needed for conclusive evidence. It is recommended to maintain a safe distance from high tension power lines to minimize exposure to EMFs.
ht cable that means voltage level is high , it is obvious that power is going to remain same ,so if voltage rises ,current has to be lowered .since current level is less in ht cable therefore size (dia) is less compared to l.t cable , (p=v.i),lt cable current rating is more and voltage rating is less
Power lines can snap in cold temperatures because metal contracts and becomes more brittle, making the lines more susceptible to breaking under tension. Additionally, ice accumulation on the lines can add weight and strain, leading to potential failure. Rapid changes in temperature can also cause contraction and expansion in the materials, increasing the likelihood of snapping.
because the lightning hits the the power lines and electricity runs through power lines
The more tension, the more control, but less power. The less tension, the more power, but less control. Tension is measured in pounds. On your racquet it should say how many pounds are recommended. Based on your preference you may want to add or subtract pounds (usually between 1 and 5 lbs) to your string tension. Also take note that different strings have different effects and feels on your racquet.
the conversation
bcouse it has more like 6
It takes more power to leave it on
Phone lines and Ethernet differ in terms of data transmission and connectivity. Phone lines typically have slower data transmission speeds compared to Ethernet, which offers faster and more reliable data transfer. Additionally, Ethernet provides a more stable and secure connection for networking devices compared to phone lines.
You question is not clear. Be more precise to get an accurate answer.
Phone systems are primarily directed towards businesses. Businesses with more than one employee will require multiple phone lines and therefore some sort of system to organize those lines for call routing.