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P831 the diodes are 1N4001 with a rated peak reverse voltage (also called peak inverse voltage) of 50 V They are fabricated from silicon Vline = 170 cos(377t)V n = 02941 C = 700 F RL = 25 k a Determine the actual peak reverse voltage across each diode b Explain why these diodes are or are not suitable for the speci cations given

1/f 2 = X-axis dc2 = m ( Slope)

linear characteristic that passes through the points ( 10 V, 5 A), (0, 0), (05 V, 5 mA), and (1 V, 50 mA) Determine the piecewise linear model, and, using that model, solve for i and v

304 312

100

+ 2V i v _

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The genetic code was rst assumed to be triplet because of logical arguments regarding the minimum size of codons. With his work on deletion and insertion mutants, Crick provided evidence that the code was triplet. Part of the code was worked out initially with the synthesis of long, arti cial messenger RNAs and then the synthesis of speci c trinucleotide codons. Crick s wobble hypothesis accounts for the fact that fewer than sixty-one transfer RNAs can read the entire genetic code.Fewer transfer RNAs are needed because additional complementary base pairings occur in the third position (3 ) of the codon. The rule of universality of the genetic code has to be modi ed in light of ndings regarding mitochondrial transfer RNAs; only twenty-four are needed to read the code. In addition, some sense codons are interpreted differently in mitochondrial systems; some nonmitochondrial systems read stop codons differently (a mycoplasma and ciliated protozoan); and some site-speci c variation in codon reading also occurs.The structure of the code in both cells and mitochondria seems to protect the cell against a good deal of potential mutation.

P831 the diodes are 1N4001 general-purpose silicon diodes with a rated peak reverse voltage of 10 V and: Vline = 156 cos(377t)V n = 004231 Vr = 02 V IL = 25 mA VL = 51 V a Determine the actual peak reverse voltage across the diodes b Explain why these diodes are or are not suitable for the speci cations given 833 The diodes in the full-wave DC power supply shown in Figure P831 are silicon If: IL = 650 mA Vr = 1 V VL = 10 V = 377 rad/s = 2366

Outline the techniques used to obtain these data.Taking the loci in pairs, calculate co-occurrences. Construct the most consistent linkage map of these loci.

d Yc 2 c = C (intercept) R The square root of the slope gives us dc, and Yc can be calculated by the intercept of the line The process limit for the feed rate can be obtained from equation 42 by setting Zeff = 0, that is, the feed fmax at which damage first replicates into the cut surface Equation 44 gives for Zeff = 0

shown in Figure P831 are silicon If:

circuit whose output voltage is to be 25 V, whose input voltage varies from 35 to 40 V, and whose maximum load current is 75 mA The Zener diode used in this circuit has a maximum current rating of 250 mA

The McGraw Hill Companies, 2001

designed to operate in the Zener breakdown region is shown in Figure P839 The Zener or breakdown region extends from a minimum current at the knee of the curve, equal here to about 5 mA (from the graph) and the maximum rated current equal 90 mA (from the speci cation sheet) Determine the Zener resistance and Zener voltage of the diode

Figure P840, R must maintain the Zener diode current within its speci ed limits for all values of the source voltage, load current, and Zener diode voltage Determine the minimum and maximum values of R which can be used Vz = 5 V 10% iz min = 35 mA VS = 12 V 3 V rz = 15 iz max = 65 mA IL = 70 20 mA

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