Toe-raising

Toe walking is performed in the same position as the heel-raising exercise. Walk forward on the toes for ten steps. Toe-raising (Fig. 101-16)... 

The tube is set in a circular oven and a steady current of dry ammonia (dried with lime) from a generator or cylinder is led in over toe chloride. The oveu temperature is raised slowly to 450-500° C and held there until no more fumes of ammonium chloride escape. After cooling, the product is powdered in a mortar and re-ignited in ammonia as described. Yield nearly theoretical. To remove traces of unreacted chromium (III) chloride, the black product is treated with 50ml of 3N hydrochloric acid and one-half gram of granulated tin in the cold for about 15 minutes. The excess tin is removed, the product washed well with water, suction-filtered, and dried at 105 12O. The nitride is hydrolyzed slowly by hot aqueous alkali. 

Osier s nodes—Osier s nodes are red, raised tender nodules usually 5 mm in diameter on the pulps of toes or fingers. Seen in patients with endocarditis, they are thought to be due to the deposition of immune complexes. 

In the practical work with enzymes, a relatively limited number of different types of titration curves is encountered for monobasic and dibasic adds. Equations (14.47) and (14.48) show the major types of equations for monobasic adds which are encountered in the technical and scientific literature (Cleland, 1977, 1982 Giimshaw et al, 1981 Purich Allison, 2000). Naturally, a rare occurrence of some rate equations and some pH profiles in the literature is in no correlation whatsoever with their importance in enzymology. A specific problem in enzyme kinetics will always raise toe need for a specific kinetic model and the corresponding rate equations. 

SKILLBUILDER 213 Solving MuRistep Problems Involviig Units Raised toe Power How mary cubic inches aa thea in 3.25 yd FOR MORE PRACTICE Problems 93. 94 ... 

To reduce the length of the pond, it is recommended to add a weir (Windsor, 1938). This alternative method is included in the discussion of the paper of Moore (1943) by L. S. Hall (1943). On the basis of the work of Blackhmereff (1936), Hall developed an approach to reduce the length of the transition region at the toe of the nappe by adding a weir. The weir raises the water level and causes the nappe to impinge water at a higher point of intersection. 

The crest of the dam moves progressively downstream as the impoundment area is raised. This provides a full wedge impoundment material of high strength. A bulldozer is used to push the coarse material upward and toward the toe of the dam. As the dam rises, the centerline of the impoundment area moves outward toward the outer toe of the dam (Figure 12-12). 

In this method, the crest of the dam is fixed in plan with respect to the toe wall as the level of the impoundment is raised. 

Recommended PET maximum moisture for melt processing is 0.005% (50 ppm). PET is typically dried in a desiccant dryer at about 165°C for a period of 4-6 h. Raising toe temperature can shorten toe drying time needed however, exposure to high temperatures could result in yellowing of toe resin. Extremely dried PET will regain moisture, exceeding toe maximum moisture level recommended, in a matter of a few minutes as illustrated in Fig. 33.31. 

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