10,000 square feet.
100 inches = 100/12 feet = 8.333 feet so no.
100 Feet IS 100 Linear Feet. If you wanted to know how many linear feet would give you 100 square feet, you would take the square root of 100, which is 10... SO a 10 x 10 linear foot area would be 100 square feet, and a 100 x 100 Linear foot area would be 10,000 square feet.
300 feet x 100 = 30,000 feet
An acre is 43,560 square feet, so an area 100 feet x 100 feet (10,000 square feet) is about 0.23 of an acre, less than a quarter acre.
No, the standard Ethernet cables can have up to 100 meters.No, the standard Ethernet cables can have up to 100 meters.No, the standard Ethernet cables can have up to 100 meters.No, the standard Ethernet cables can have up to 100 meters.
Difference between a cat 5 5e and 6 networking cable? Cat5 cable is broken into two separate categories: Cat5 and Cat5E cables. Cat5 has become obsolete in recent years, due to its limitations compared to Cat5E and Cat6 cables. Although the Cat5 cable can handle up to 10/100 Mbps at a 100MHz bandwidth (which was once considered quite efficient), the newer versions of Cat cables are significantly faster. Cat5E cable (which stands for "Cat5 Enhanced") became the standard cable about 15 years ago and offers significantly improved performance over the old Cat5 cable, including up to 10 times faster speeds and a significantly greater ability to traverse distances. Cat6 cables have been around for only a few years less than Cat5E cables. However, they have primarily been used as the backbone to networks, instead of being run to workstations themselves. The reason for this (beyond cost) is the fact that, while Cat6 cables can handle up to 10 Gigabits of data, that bandwidth is limited to 164 feet - anything beyond that will rapidly decay to only 1 Gigabit (the same as Cat5E). Cat6A is the newest iteration and utilizes an exceptionally thick plastic casing that helps further reduce crosstalk. The biggest distinguishing difference between Cat6 and Cat6A cables is that Cat6A can maintain 10 Gigabit speeds for the full 328 feet of Ethernet cable.
100 meters per segment.
Cat5e is 100 mbps.
100m or 328ft.
About 324 feet. You can push that limit, but expect performance and collision issues with transmission speeds.
Monoprice has great deals on Cat6 network cables. They come in many different sizes, from half a foot up to 100 feet long. At their cheapest, they cost less than a dollar, while the 100 feet long cables cost $27 each.
"Coaxle cables can come in sizes as small as 2 feet, and they can come in sizes as large as 100 feet. It just depends on how long you need it to be. You can also make your own."
A standard box of Cat5e cable typically contains around 1000 feet of cable, which generally has about 0.2 to 0.25 pounds of copper per 100 feet. Therefore, a full box can contain approximately 2 to 2.5 pounds of copper. The exact amount may vary depending on the specific cable construction and manufacturer.
Difference between a cat 5 5e and 6 networking cable? Cat5 cable is broken into two separate categories: Cat5 and Cat5E cables. Cat5 has become obsolete in recent years, due to its limitations compared to Cat5E and Cat6 cables. Although the Cat5 cable can handle up to 10/100 Mbps at a 100MHz bandwidth (which was once considered quite efficient), the newer versions of Cat cables are significantly faster. Cat5E cable (which stands for "Cat5 Enhanced") became the standard cable about 15 years ago and offers significantly improved performance over the old Cat5 cable, including up to 10 times faster speeds and a significantly greater ability to traverse distances. Cat6 cables have been around for only a few years less than Cat5E cables. However, they have primarily been used as the backbone to networks, instead of being run to workstations themselves. The reason for this (beyond cost) is the fact that, while Cat6 cables can handle up to 10 Gigabits of data, that bandwidth is limited to 164 feet - anything beyond that will rapidly decay to only 1 Gigabit (the same as Cat5E). Cat6A is the newest iteration and utilizes an exceptionally thick plastic casing that helps further reduce crosstalk. The biggest distinguishing difference between Cat6 and Cat6A cables is that Cat6A can maintain 10 Gigabit speeds for the full 328 feet of Ethernet cable.
Cat5 cables have several weaknesses, including limited bandwidth capacity, supporting speeds up to 100 Mbps and frequencies up to 100 MHz, which may not meet the demands of modern high-speed networks. They are also susceptible to electromagnetic interference (EMI) and crosstalk, which can degrade performance over longer distances. Additionally, Cat5 cables have a maximum transmission distance of 100 meters, beyond which signal quality can significantly diminish. These limitations make them less suitable for contemporary applications compared to higher-category cables like Cat5e or Cat6.
They can be even up to 100 feet, it's just hard to find then in electronics stores.