![input list stage plot pro input list stage plot pro](https://i.pinimg.com/736x/7d/49/4c/7d494c964631aa8b3d70fc45a6814ff5.jpg)
We may apply the rule in the discussion of input markets and input demand by a firm. And this rule is applicable to variable resource allocation problems. It will be evident that both optimization problems lead to the same rule for the allocation of inputs and the choice of technology. The firm seeks either to minimize the cost of producing a given level of output or to maximize the output attainable with a given level of cost. In fact, the theory of production is just an application of the constrained optimization technique.
![input list stage plot pro input list stage plot pro](https://www.stageplot.com/DocFiles/window.jpg)
And the efficiency goal provides us with some basic rules about the manner in which firms should utilize inputs to produce desirable goods and services. In this production process, the manager is concerned with efficiency – technical and economic – in the use of these inputs. Simply put, production involves the transformation of inputs – such as capital equipment, labour, and land – into output of goods or services. Furthermore, production decisions are an important part of managerial decision making. It forms the foundation for the theory of supply, which, is one of the basic concepts in the determination of prices. The theory of production lies at the heart of managerial economics.
![input list stage plot pro input list stage plot pro](https://teddytrue.weebly.com/uploads/1/2/5/7/125742012/343570241.png)
But in managerial economics, however, it is assumed that there are usually various alternatives open to the manager from which one has to be selected. From this we drive the proposition that the short run costs are partly fixed and partly variable in the long run all costs are variable.įinally, in traditional economics it is assumed that the techniques of production are ‘given’. In the long run, it is assumed that all factors are variable. In the short run, it is assumed that some factors (such as capital or plant size) remain fixed and others are variable. The distinction is not based on any time period but is made on the basis of the possibility of factor substitution. We usually draw a distinction between the short run and the long-run. Time also plays a very important role in the theory of production. The production system can be shown as a continuous, smooth flow of resources through the process ending in an outflow of a homogeneous product or two or more products (in fixed or variable proportions). In fact, the former is derived from the latter. Thus the theory of cost and theory of production are interrelated. Inputs take the form of labour of all types, the required raw materials and sources of energy. In reality, the outputs are the starting point of the operation inasmuch as they must be considered in the light of the market possibilities. The production system can be seen as consisting of three elements – inputs, the production process and outputs. Here we concerned with production in the narrow sense of physical transformation, with particular reference to economic problems connected with production in the factory. This definition surely includes other and equally vital forms of transformation such as that of location, whereby the finished car is moved from the factory to the showroom of the dealer from whom it can be purchased.