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The weight of 500MCM THHN insulated copper cable is approximately 1.002 pounds per foot.
Almost all companies today offer cable television and telephone packages. Depending on the provider you choose, the average cost is approximately 99 dollars per month for telephone, internet, and cable combined.
To find the number of feet of cable on the reel, first subtract the weight of the empty reel from the total weight to get the weight of the cable only: 1279 pounds - 285 pounds = 994 pounds. Then divide the weight of the cable by the weight per foot to find the number of feet: 994 pounds / 7.1 pounds/foot ≈ 140 feet. So, there are approximately 140 feet of cable on the reel.
The weight of a cable can vary depending on its length, thickness, and material. On average, a standard HDMI cable can weigh around 0.2-0.5 pounds per foot.
Clarification needed. Do you mean: 1. The maximum data rate that can be sent along the cable, or 2. The capacitance (probably picofarads per metre/ foot/ kilometre) of the cable?
In the context of twisted pair cable, more twists per foot reduces the effect of electro-magnetic interference, which means that more data can be reliably transmitted, effectively increasing its maximum throughput (higher data transfer rates). Electrically, more twists increase the amount of distributed capacitance per foot and makes the cable behave less like two wires and more like a transmission line, which accounts for decreased waveform distortion.
Core Flex = one conductor per cable Tech cable = 3 conductors per cable
a=Power lost per unit length/2 x power transmitted
There are a number of technical differences, involving the number of twists per inch on the conductors, the capacitance per linear foot between members of a pair and between pairs, and in the propagation speed of electricity along the cable. In practical terms, the category determines the fastest network that can use the cable at full speed. Category 3 cable was originally used for telephone lines. It can be used with 10BaseT networks, twisted pair with a highest speed of 10 megabits per second (10Mb/s). Category 5 cable has a guaranteed number of twists per inch on the two pairs (of four) that actually carry the data. It is rated to carry data on 100BaseT networks, up to 100Mb/s. Category 5e cable has a slightly lower capacitance per linear foot, which results in its being able to handle data speeds up to 300Mb/s, and larger packets on 100Mb/s networks. It can be used on 1000BaseT networks, but most such networks will detect the lower-spec cable and derate themselves to 300Mb/s, and sometimes disable "jumbo packets", as the network hardware determines that the cable can't carry data at speed without corruption. Category 6 cable has a higher number of twists per inch on all pairs, and a lower per-foot capacitance rating. It is able to carry data on 1000Base-T networks, up to 1000Mb/s, or one gigabit per second (1Gb/s). There is, at this writing, no formal specification for Category 7 cable. In theory, it should be able to support 10,000BaseT, 10000Mb/s, 10Gb/s. However, there are few networks available yet that put 10Gb/s on copper, and there does not yet seem to be a standard for what sort of cables are needed to handle that data speed reliably.
2% grade is equal to a 1/4" per foot fall
You can't-lb per cubic foot is a measurement of pressure, tonnes is measure of weight. You could convert Ib per cubic foot to tonnes per cubic foot or more usually, gram per cubic centimetre but not lb per cubic foot to tonnes
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