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However, in recent years, with the development of new polymers, many cams are made of various plastic materials Table 94 lists plastic materials used for molded cams The most common molded plastic cams are made of acetate and nylon resins These materials are limited in strength, temperature resistance, and accuracy The nylon and acetate resins have a room-temperature yield strength of approximately 10,000 lb/in2 This is reduced to approximately 4000 lb/in2 at their upper temperature limit of 250 F Nylon resin is subject to considerable moisture absorption, which reduces its strength and causes considerable expansion Plastic cams can operate for long periods in adverse environments, such as dirt, water, and corrosive uids, where other materials would tend to wear excessively They can also operate without lubrication or can be lubricated by the processed material as in the food industry.

Part I:

Plastic cams are run in combination with a steel roller follower to give dimensional control and quiet operation Polyimide is a more expensive plastic material than nylon or acetate resin, but it has an operating temperature limit of approximately 600 F This makes polyimides suitable for many adverse applications that might otherwise require metal cams Polyimides can be used very effectively in combination with a metal follower without lubrication because of polyimide s good sliding properties 9452 Bronze Alloys Several bronze alloys are used for cams Most of the bronze alloys contain varying amounts of tin, zinc, manganese, aluminum, phosphorus, silicon, lead, nickel, and iron The bronze alloys are most often used in combination with a steel.

Figure 14.4 The media access time for Ethernet is random and de-

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Sugars can be classified as reducing or nonreducing based upon their ability to be oxidized. A reducing sugar is easily oxidized, and a nonreducing sugar cannot be oxidized. The term reducing is used to classify sugars because these compounds reduce the other chemical in the reaction. A common chemical test to distinguish between reducing and nonreducing sugars is the Benedict s test. In this test, copper(II) ion will be reduced to copper metal if a reducing sugar is present.

Spiral Tool options share space in the Property Bar (shown next) with options for the Graph Paper Tool and include Spiral Revolutions, Symmetrical, and Logarithmic Spiral modes, and a Spiral Expansion slider.

Notice that this is very similar to the partition of Eq (10-2), except for the introduction of the variable , which is the number of identical two-state transitions occurring at the same time For any given peak in the melting profile, if is calculated to be equal to (or close to) 1, then H in the exponent will be equal to the area under the peak and we can say with confidence that the peak represents the unwinding of a single segment that unwinds in pretty much an all-or-none fashion We can calculate the average enthalpy change per mole of base pairs by taking the overall enthalpy change for melting the entire DNA and dividing by the number of base pairs Let s call that h.

The ratio of the H for one segment to the average enthalpy per base pair h gives us a measure of the cooperative unit length nc This measure of cooperative unit length however is skewed for a heterogeneous DNA, because the average per base-pair value h was calculated for the entire DNA molecule, whereas the peaks in the melting profile at the lower temperatures correspond to regions of the DNA that are rich in adenine and thymine, and tend to have a smaller enthalpy change The peaks at higher temperatures correspond to regions of the DNA with a higher percentage of guanine and cytosine So nc calculated from an average enthalpy for the overall DNA will tend to be underestimated for the lower temperature peaks and overestimated for the higher temperature peaks.

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