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.
1000 1000 1000 1000 1000 1000 100 100 100 100 100 100 100 100 100 100
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.
Ping pong tables range from about $100 to about $2000
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
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.
(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.
Simply multiply 100 times 10.
100
The GCF of 100 and 1000 is 100. Divide them both by it. 100/1000 = 1/10