State expenditures

Like Medicaid, SCRIP is administered by the CMS. It is also a joint federal-state program, with the federal government matching state expenditures at a rate more favorable than under the Medicaid program. Similar to Medicaid, SCHIP is administered by the states under broad federal parameters. 

The 50 percent reimbursement category was introduced for the first time in September 1996. To this list of drugs some drugs were moved from the previously dispensed free list, 70 percent reimbursement list or from the list of drugs paid fully by patients. The aim of introducing this new 50 percent reimbursement list was to make some important drugs accessible and cheaper for patients, but at the same time to keep the state expenditure on drugs at the same level as before. 

Table V. Estimated FY 84 Federal and State Expenditures for Pesticide Research...

Finally, there is growing awareness that activation is neither a panacea or a quick fix to inactivity and unemployment nor a measure to cut welfare state expenditure. 

But let us advert to the large debt which we have ourselves contracted in a single war, and let us only calculate on a common share of the events which disturb the peace of nations, and we shall instantly perceive without the aid of any elaborate illustration, that there must always be an immense disproportion between the objects of Federal and State expenditures. It is true that several of the States separately are incumbered with considerable debts, which are an excrescence of the late war. But when these are discharged, the only call for revenue of any consequence, which the State Governments will continue to experience, will be for the mere support of their respective civil lists to which, if we add all contingencies, the... 

As stated previously, the source of capital is often not known, and hence it is not known whether or not Eq. (A. 10) is appropiiate to represent the cost of capital. Equation (A. 10) is, strictly speaking, only appropriate if the money for capital expenditure is to be borrowed over a fixed period at a fixed rate of interest. Moreover, if Eq. (A. 10) is accepted, then the number of years over which the capital is to be annualized is unknown, as is the rate of interest. However, the most important thing is that even if the source of capital is not known, etc., and uncertain assumptions are necessary, Eq. (A. 10) provides a common basis for the comparison of competing projects. 

State Energy Price and Expenditure Report 1990, DOE/EIA-0376(90), U.S. Departmeat of Eaergy, Eaergy Information Administration, Washiagtoa, D.C.,Sept. 1992. 

Between 1979 and 1991, the amounts of herbicide apphed in the United States have remained constant, but the expenditures on herbicides have increased 54%. Agricultural costs accounted for ah. of this increase and more, since herbicide user expenditures in the government/commercial and home sectors combined dropped 3 to 4% during that period. Increased weed control costs related to crop protection have also contributed to the 37% increase, since 1988, in total annual user expenditures for pesticides in general, ie, herbicides, fungicides, and insecticides. In the United States, agricultural uses (ca 1993) account for more than 67% of total pesticide user expenses and 75% of the quantity used annually. Herbicides are now the lea ding type of pesticides in terms of both user expenditures and volumes used (1). 

The need for a large number of stages and for the special equipment makes gaseous diffusion an expensive process. The three United States gaseous diffusion plants represent a capital expenditure of close to 2.5 x 10 dollars (17). However, the gaseous diffusion process is one of the more economical processes yet devised for the separation of uranium isotopes on a large scale. 

The study of electrons trapped in matter (commonly termed solid state ) led eventually to the invention of the transistor in 1947 by Walter Brattain, John Bardeen, and William Shockley at Bell Laboratories, and then to the integrated circuit hy Robert Noyce and Jack Kilby a decade later. Use of these devices dominated the second half of the twentieth century, most notably through computers, with a significant stininlus to development being given by military expenditures. 

The thermodynamic aspect of osmotic pressure is to be sought in the expenditure of work required to separate solvent from solute. The separation may be carried out in other ways than by osmotic processes thus, if we have a solution of ether in benzene, we can separate the ether through a membrane permeable to it, or we may separate it by fractional distillation, or by freezing out benzene, or lastly by extracting the mixture with water. These different processes will involve the expenditure of work in different ways, but, provided the initial and final states are the same in each case, and all the processes are carried out isothermally and reversibly, the quantities of work are equal. This gives a number of relations between the different properties, such as vapour pressure and freezing-point, to which we now turn our attention. 

Monomeric actin binds ATP very tightly with an association constant Ka of 1 O M in low ionic strength buffers in the presence of Ca ions. A polymerization cycle involves addition of the ATP-monomer to the polymer end, hydrolysis of ATP on the incorporated subunit, liberation of Pi in solution, and dissociation of the ADP-monomer. Exchange of ATP for bound ADP occurs on the monomer only, and precedes its involvement in another polymerization cycle. Therefore, monomer-polymer exchange reactions are linked to the expenditure of energy exactly one mol of ATP per mol of actin is incorporated into actin filaments. As a result, up to 40% of the ATP consumed in motile cells is used to maintain the dynamic state of actin. Thus, it is important to understand how the free energy of nucleotide hydrolysis is utilized in cytoskeleton assembly. 

Under normal feeding patterns the rate of tissue protein catabolism is more or less constant throughout the day it is only in cachexia that there is an increased rate of protein catabolism. There is net protein catabolism in the postabsorptive phase of the feeding cycle and net protein synthesis in the absorptive phase, when the rate of synthesis increases by about 20-25%. The increased rate of protein synthesis is, again, a response to insulin action. Protein synthesis is an energy-expensive process, accounting for up to almost 20% of energy expenditure in the fed state, when there is an ample supply of amino acids from the diet, but under 9% in the starved state. 

In the present chapter, all values of Jj, jl, X, Wp, and Up refer to a single electron (or single species) and are stated in electron volts, as in Section 9.1. We recall that the values of work functions are always positive hence, the values of and are always negative (electron transfer from vacuum into a metal is associated not with an expenditure but with a gain of energy). 

---