The ping command will send roundtrip packets to a destination ( other PC, router, printer, etc. ) and see how long it takes. The 192.168.0.1 is the destination ( which, by the way is a typical default IP address of a router. ) The -l 1000 is how big the packet should be in bytes. The default is 32, if the -l parameter is not used. And the -n 100 is saying to send it 100 times. The default is 4, when this parameter is not used.
Simply, it will "ping" (send data and request a response) the device on the local network at the IP address 192.168.0.1 (usually that address will be held by a router) 100 times, each time with a packet of 1,000 bytes. That said, I can't think of any reason I'd use that particular set of parameters in a ping command. But, it'll do what you told it to do.
A Ping is a command which can be executed form a command prompt on a windows linux or unix machine which tests network connectivity. It uses the format: PING (IP address) e.g. ping 192.168.0.1 On a windows machine three attempts are sent to the target IP address and each attempt is timed and displayed in milliseconds. A low ping is a subjective estimate of this "round trip time" (RTT) time. The smaller the number the faster the computer being "pinged" is responding. A very small ping time is described as a low ping, a longer delay would be a high ping time. All of the times described by the term "Low ping" is subjective and defined by experience, but as a guide a ping time of less than 100 mS would be considered a low ping time and one of 250 mS or more would be considered high.
1000 1000 1000 1000 1000 1000 100 100 100 100 100 100 100 100 100 100
Ping pong tables range from about $100 to about $2000
Ping pong tables range from about $100 to about $2000
If you know the server's IP Address you can use PING in the windows Command Prompt. Just go to start>run>type in 'cmd'>then ype in the black window ping 'ip address of your server'> view to see if you get a 100% success rate.
100.
2.7% of 1000 = 1000*2.7/100 = 272.7% of 1000 = 1000*2.7/100 = 272.7% of 1000 = 1000*2.7/100 = 272.7% of 1000 = 1000*2.7/100 = 27
(1/1000) / (4/100) = (1/1000) * 100/4 = 1/40 of them. (1/1000) / (4/100) = (1/1000) * 100/4 = 1/40 of them. (1/1000) / (4/100) = (1/1000) * 100/4 = 1/40 of them. (1/1000) / (4/100) = (1/1000) * 100/4 = 1/40 of them.
The Least Common Multiple (LCM) of 10, 100, and 1,000 is 1,000.
If you mean "between" 100 and 1000 to mean excluding 100 and 1000 then 449. If you want to include 100 and 1000 then 451.
100