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Two additional modules are needed for the mantissa section, namely, a shifter for performing normalization (2 chips, 20-ns delay) and an incrementer for performing rounding (15 chips, 50-ns delay) The Add/Sub modules in the exponent section require another 4 chips; their delays are unimportant because they are not in the critical delay path An additional 17 and 10 chips are needed for implementing the input and output latches, respectively The total chip counts and critical delays of the modules in the nonpipelined design are summarized in Table 21 ~ Based on the tabulation in Table 21, the nonpipelined design of die floatingpoint multiplier requires 175 chips and can be clocked at 25 MHz with a clock period of 400 ns This implies that the nonpipelined design can achieve a throughput of 25 MFLOPS (million floating-point operations per second) p 2 1 3 3 Pipelined Floating-Point Multiplier The nonpipelined design of the L- floating-point multiplier can be pipelined to increase its throughput In this example, we will assume that there is no pipelining within a submodule; that is, the finest __granularity for partitioning into pipeline stages is at the submodule level We now J examine the delays associated with each of the (sub)modules in the critical delay path These delays are shown in the third column of Table 21 The partial product

hits one of the nonprintables (that is, a carriage return, tab, space, or a 0), until it hits the end of the buffer, or until it hits a character that conflicts with the format specifier (if %d was used and the letter 'a' was encountered, for example). After the scanf(), the input buffer looks like Figure 8-9. Notice that the characters passed on to scanf() were removed from the input buffer and that the rest of the characters slid over to the beginning of the buffer. scanf() took the characters '1', '2', and '3' and converted them to the integer 123, placing 123 in the variable myInt.

followed by a carriage return, the input buffer would look like Figure 8-10. At this point the input buffer contains two carriage returns. To the input buffer, a carriage return is just like any other character. To a function like scanf(), the carriage return is white space.

Exploring the Functions and Components of a PC Examining User-Accessible Components Recognizing External Connections Safeguarding Against Damage from Electrostatic Discharge (ESD) Disassembling the System Unit and Identifying Internal Components and Connections

3 . 5

If you forgot what white space is, now would be a good time to turn back to 5, where white space was first described.

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credibility in the eyes of a client as quickly as not knowing the basics, like the difference between a graceful shutdown and a forced power down The word Oops! doesn t always go over well in the real world! This set of labs applies the information you learned in 3 of Mike Meyers CompTIA A+ Guide: Essentials, so you ll be poking and prodding a PC You ll begin by exploring the functions of a PC, and then you ll examine the typical useraccessible components, as well as the external connectors found on most PCs After taking a moment to protect both yourself and the PC components from electrical damage, you ll open up the system unit s case and take a tour inside Finally, you ll nish up with a complete disassembly of the system

Before we started our discussion on the input buffer, main() had just called printf() to prompt for the user s first name:

printf( "Type your first name, please: " );

Next, we called scanf() to read the first name from the input buffer:

TXT These are text les containing only ASCII text and symbols, readable across a wide range of systems

scanf( "%s", name );