Linear elasticity

Isocost curve is that curve represents the combination of inputs that will cost the producer the same amout of money. We get the slope of the isocost line. The isocost line shows the various combinations of labor and capital a firm can buy with a given price. The slope of isocost line = PL/Pk. In the given equation, the price of labour is indicated by PL and the price of capital is given by PK. The isocost line may change if the amount of money spent to buy factors changes but the slope…

concentration of oxygen in arterial blood. The binding to hemoglobin takes four oxygen molecules for one hemoglobin, oxyhemoglobin, and deoxyhemoglobin. Oxyhemoglobin dissociation curve is the relationship between hemoglobin saturation and PO2 not linear. The hemoglobin changes shape to facilitate further uptake after binding with oxygen and metabolic needs can change loading/unloading of oxygen. The factors affecting oxygen unloading from the hemoglobin are due to tissue PO2 by activating…

when number of product is produced and sold.  Changes in the activity are the only factors that affect costs.  Capability and output is assumed to be constant at all levels.  There is a linear bond between cost and revenue.  All cost and revenue can be compared without value of the money.  The price elasticity concept has no value in this CVP analysis.  It assumes that sales and production is synchronized at some point of time. In other words opening and closing level remain insignificant…

from the axial strain from the Axil/Longitudinal direction, was found by two points that contain a stress value and that are between 1000 µƐ and under 3000 µƐ Corrected Longitudinal Strain. Data point values are used in Tensile Chord Modulus of Elasticity equation to find Major Young’s Modulus. These values are listed Table 1 and the Major Young’s Modulus region is shown in Figure 5 (b). The final strength property found was Poisson’s Ratio (νxy) which uses Transverse Strain direction which is…

7.59 From the stress–strain data for poly(methyl methacrylate) shown in Figure 7.24, determine the modulus of elasticity and tensile strength at room temperature [20°C (68°F)], and compare these values with those given in Tables 7.1 and 7.2.…

The Effects of Sleep Deprivation on Employee Performance The importance of sleep in organizational functioning is well recognized, however, it is apparent that no research has measured job performance as it directly relates to sleep. Employee performance in regards to an organization is defined as the ability to complete job duties and responsibilities in an efficient manner (Ballard & Seibold, 2004). Examining researches will expose which variables have already been explored in regards to…

Introduction: Overall, Fall Semesters Freshman Engineering course, Engineering Graphics and Design 110 deals with the scientific process, which is a highly concentrated methodology focusing on the five-step Engineering Design Process. The five-step Engineering Design Process has been constructed to provide a rigorous, repeatable, formal scientific methodology to engineering problems. These steps are as follows: Define the Problem, Gather Information, Generate Multiple Solutions, Analyze and…

jitter, shimmer, NHR, relative average perturbation, voice turbulence index, and spectral tilt of phonation samples to investigate the presence of foreign substances in the larynx can induce change in the acoustical parameters. In recent years, non-linear methods of analysis have been gaining popularity in the study of vocal fold acoustics (Zhang & Jiang et al,…

follows: In section 2, the details of the accelerated CP-FFT model and the M-K method are presented. In section 3, we present the FLD predictions for AA5754 at room temperature (25 0C) and FLD of AA3003 at 25 0C, 200 0C and 250 0C respectively, for linear strain paths using the proposed methodology and compare these results with those obtained from CP-Taylor based M-K model as well as with the corresponding measured FLDs. In section 4, we…

polyester, they form a complex structure by urethane linkage. iv, vi Polyurethane polymers possess rubber like elasticity and have long chains, lightly cross linked structures with a weak molecular attraction consisting of primary and secondary bonds. 27 Prior to stretching, elastomeric chain consists of folded linear molecular chains. Upon extension, these Molecular chains unfold in an ordered linear fashion at the expense of the secondary bonds.11, 12, vii The release of the extension will…