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If the random variables X and Y are independent, then we must have, for all x and y, P(X x, Y y) P(X x)P(Y y)

The count of unique operators in a program is 1 (pronounced eta one ), and the count of unique operands in a program is 2 (pronounced eta two ). The total count of unique tokens is 1 2 . This is the basic measure of the size of the program.

Fig. 12-46

But, as seen from Problems 2.8(b) and 2.9, P(X so that 2, Y 1) 5 42 P(X P(X 2, Y 2) 1) 2 P(X 11 21 P(Y 2)P(Y 1) y) > 42 cannot be expressed as a 1) 3 14

The result also follows from the fact that the joint probability function (2x function of x alone times a function of y alone.

The semicircular admittance locus of branch 2 has the radius r 1=2R 0:125 S. The total admittance is the sum of the xed admittance Y1 and the variable admittance Y2 . In Fig. 12-47, the semicircular locus is added to the xed complex number Y1 . The circuit resonance occurs at points a and b, where YT is real. YT 0:417 j0:088 1 4 jXC

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2.11. The joint density function of two continuous random variables X and Y is f (x, y) (a) Find the value of the constant c. (b) Find P(1 X 2, 2 Y 3).

12.21 Show by locus diagrams that the magnitude of the voltage between points A and B in Fig. 12-48 is always one-half the magnitude of the applied voltage V as L is varied.

(a) We must have the total probability equal to 1, i.e.,

4 5 4

Fig. 12-48

1. How does a phased life cycle model assist software management The phased life cycle improves the visibility of the project. The project can be managed by using the phases as milestones. More detailed phases will allow closer monitoring of progress. 2. What are the two required characteristics of a milestone A milestone (1) must be related to progress in the software development and (2) must be obvious when it has been accomplished. 3. Documents in the software life cycle: Final user manual Architectural design SQA plan Module speci cation Source code Statement of work Test plan Preliminary user manual Detailed design Cost estimate Project plan Implementation phase Design phase Project planning phase Design phase Implementation phase Feasibility phase Requirements phase Requirements phase Design phase Project planning phase Project planning phase

3 0 y

Branch-1 current I1 passes through two equal resistors R. Thus A is the midpoint on the phasor V, as shown in Fig. 12-49.

c(6x2) 2

2, 2

Fig. 12-49 Branch 2 has a semicircular Y-locus [see Fig. 12-28(c)]. Then the current locus is also semicircular, as shown in Fig. 12.50(a). The voltage phasor diagram, Fig. 12-50(b), consists of the voltage across the inductance, VBN , and the voltage across R1 , VMB . The two voltages add vectorially, V VMN VBN VMB

3 1 y

Fig. 12-50 Because I2 lags VBN by 908, VBN and VMB are perpendicular for all values of L in Fig. 12-50(b). As L varies from 0 to 1, point B moves from N toward M along the semicircle. Figures 12-49 and 12-50(b) are superimposed in Fig. 12-50(c). It is clear that VAB is a radius of the semicircle and therefore, jVAB j 1 jVj 2 Further, the angle by which VAB lags V is equal to 2 , where tan 1 !L=R1 .

1 2 96 3x

Test report Documentation 4. Order of tasks:

3 3 y

12.22 A high-pass RL circuit has R1 50 k and L2 0:2 mH. (a) Find ! if the magnitude of the voltage transfer function is jHv1 j 0:90. (b) With a load R 1 M across L2 , nd jHv j at ! 7:5 108 rad/s. Ans: a 5:16 108 rad/s; (b) 0.908 Obtain Hv1 for a high-pass RL circuit at ! 2:5!x , R 2 k , L 0:05 H. Ans: 0:928 21:808

1 4 96 3x

12.23 12.24

7 128

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