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TCP/IP has four layers: application, transport, internet, and network access IP functions at the Internet layer and transports protocols such as ICMP, ARP, RARP, OSPF, EIGRP, and others ICMP is used to test connections IP provides a best effort, connectionless delivery of datagrams with no data recovery capabilities Through hierarchical addressing, IP can scale networks to very large sizes IP addresses are 32 bits in length and are broken up into 4 bytes, with a period between the bytes This format is referred to as dotted decimal There are five classes of IP addresses: A (1 126), B (128 191), C (192 223), D (224 239), and E (240 254) Class A, B, and C addresses have two components, network and host, where the combination of these components must be unique in the network Class A addresses have 1 network byte and 3 host bytes Class B addresses have 2 network and 2 host bytes Class C addresses have 3 network bytes and 1 host byte Private IP addresses include networks 10000, 1721600 1723100, and 19216800 1921682550 Address 127000 is reserved for loopback functions on devices to perform local testing To make dealing with IP addresses easier, names can be used to access remote devices instead of addresses; in this instance, DNS will resolve the name to its corresponding IP address

Example 1: How much power can you expect from a wind machine of 5-foot (152 m) blade diameter, 30% ef ciency, and 12-foot height in protected harbors in New England in summer and the Florida Keys in winter Answer 1: Both locations have average wind power of about 100 W/m2 at 33-foot height Assuming harbor locations, at 12-foot height (Figure 128) the available power is 60% of the power at 33 feet Therefore, Watts = = = kWh/yr = = = Ah/day = = = 024 D2 P 024 1522 06 100 33 watts 210 D2 P 210 1522 06 100 292 kilowatt-hours 044 D2 P 044 1522 06 100 61 Ah

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DHCP is used to assign addressing information dynamically to devices This can include an IP address, a subnet mask, a default gateway address, two DNS server addresses, two WINS server addresses, a TFTP server address, and the length of the lease ARP resolves an IP address to a MAC address RARP, used by BOOTP and DHCP, resolves a MAC address to an IP address (used to acquire IP addressing information on a device) ICMP is used to send control and error information between devices The most common application that uses ICMP is ping, which is used to test connectivity between devices Common Windows commands to troubleshoot layer 3 connectivity include ipconfig, ping, tracert, and arp

The TCP/IP protocol stack has the following four layers: network access,

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IP provides connectionless, best effort delivery of datagrams Common TCP/IP protocols include IP, ICMP, TCP, UDP, EIGRP, and OSPF The TTL field in the IP header is used to restrict the maximum number of

(192 223), D (224 239), and E (240 254) IP addresses are broken into two components: network and host With Class A addresses, the first byte is a network number, Class B, the first 2 bytes are network numbers, and Class C, the first 3 bytes are network numbers

Choose View | Grid The grid is displayed on the blank document The gridlines are your guide for composing the image to the Rule of Thirds

Private addresses include 10000-10255255255, 1721600

ICMP ARP resolves IP to MAC addresses, RARP is used by BOOTP and DHCP to help a device acquire an IP address, and ICMP is used to send error and control information The ping application uses ICMP

addressing information sent to a client can include an IP address and subnet mask, a default gateway address, one or two DNS server addresses, a WINS server address, and a TFTP server address

When using the Move tool, you can nudge a layer by one pixel with your keyboard arrow keys Press SHIFT and an

out a layer 2 local broadcast with the encapsulated ARP packet to discover the layer 3 address of a destination on the same segment or broadcast domain

Example 2: For the same conditions as in Example 1, how much power would a 1 m wind machine produce Answer 2: The ratio of blade diameter 1 to blade diameter 2 is: D2/D1 = 100 m/152 m = 066 The ratio of outputs is the ratio of diameters, squared: (D2/D1)2 = 0662 = 043 The output of a 1 m machine would therefore be: 14 watts, 126 kilowatt-hours per year, and 26 Ah per day

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