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By subdividing the y-axis and taking advantage of symmetry, we obtain the following representation for A(h), the shaded area: A(h) = 2 x ( y)dy where x ( y) = 16 y 2

It is often difficult to locate directory shares in medium to large domains. Microsoft's Distributed File System (DFS) was introduced to simplify locating directory shares and to provide users with a consistent hierarchical view of available resources. Under DFS, shares residing on a number of servers can be organized into a single directory tree called a DFS tree. As client computers traverse the directory tree, they are automatically directed to the server providing the share which makes up that portion of the DFS tree. Alternate directory paths can be defined within DFS to load-balance access to popular shares by replicating the share across multiple servers. When used in conjunction with Windows 2000, LDAP services in Active Directory can be used to identify DFS tree servers for clients. DFS is an add-on service for Windows NT share servers and a client add-on for Windows 9x.

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x[y_]= 16 y 2 ; A[h_]= 2 x[y] y;

(b) 7/4,

Compute the total area inside the semicircle. (Since we know a formula for the area of a circle, this is a good check for errors.) A[4] 8 To approximate the solution, draw a graph of A(h): Plot[A[h], {h, 0, 4}]

It appears that half the semicircular area, 4 12.5, corresponds to a value of h near 1.5. We finish the job with FindRoot. FindRoot[A[h] 4 , {h, 1.5}] {h 1.61589}

9.17 The curve shown is the parabola y = 9 x2. Find h so that the shaded area is two-thirds the total area bounded by the curve and the x-axis. y

Windows printers can be network-shared with other computers in a workgroup or domain in much the same way that directories are shared. A physical printer is first defined on the server via a simple Add Printer Wizard. The new printer is associated with the appropriate device driver and is then represented in the system by a virtual printer object and queue. Note that multiple physical print devices called a printer pool may be referenced by a single queue name. Once the printer definition is complete, the printer can be assigned a share name and made available for remote access. The remote client uses the same printer definition wizard and selects "network printer" as the target. If the target server installed the network client driver for the particular printer, the driver will be automatically downloaded from the server and installed on the client. After installation is complete, the network printer can be used by applications just as if it were a local device. For the local application or user, there is little discernible difference between a local or remote printer. Documents to be printed on a particular device are routed into the associated queue name and processed by the print server process (Figure 3.11). If the destination is a remote share, the document is transferred to the remote site by the network redirector, otherwise it is routed to the local device.

(c) 50,000,

Solve[y 9 x , x]

6 4 2 h

x[y_]= 9 y; A[h_]= 2 x[y] y; 0 totalarea = A[9] 3 36 Plot[A[h], {h, 0, 9}, AxesLabel { ,"A(h) }] "h" "

1.56. 1.57.

2 1

- 51 -

FindRoot[A[h] (2/3) totalarea, {h, 5}] {h 4.67325}

The length of arc of a function, f(x), from x = a to x = b is L = 1 + [ f '( x )]2 dx . Obviously there are two points. We shall a find the point that lies in the first quadrant. f[x_] = x2; s[x_] =

(a) loga MN loga M loga N,

2 1 + f'[t] t;

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