The document discusses the key factors of production - land, labor, capital and entrepreneurship. It explains that production involves using these inputs to process outputs. The factors of production are defined, with labor comprising human resources, capital comprising funds used to acquire physical resources, and land comprising natural resources. The production function shows the maximum output attainable from input combinations. Short run production has at least one fixed input, while long run production has no fixed inputs. The stages of production - increasing, diminishing then negative returns - are explained with examples.
The document discusses the theory of production from the perspectives of inputs, outputs, firms, industries, and timeframes. It covers the production function and key concepts like total, average, and marginal products of labor. It explains the three stages of production in the short run according to the law of diminishing returns. The long run production function and concepts of economies and diseconomies of scale are also summarized.
This document discusses concepts related to microeconomic production including:
1. Short run production analyzes production when at least one input is fixed and examines the relationship between total product, average product and marginal product under conditions of increasing, diminishing and negative returns.
2. Long run production occurs when all inputs are variable and is governed by the law of returns to scale which addresses how output changes as inputs change proportionately.
3. Key microeconomic concepts like firms, industries, time periods, factors of production and the stages of production are introduced and defined.
This document discusses the theory of production, including production functions, inputs, fixed vs variable inputs, and the concept of marginal, total, and average product. It explains:
- Production functions relate inputs like labor, capital, and land to the output of goods and services. They can consider short or long run time frames.
- Marginal product is the change in output from an additional unit of input. It increases initially but eventually declines due to diminishing returns.
- Total product is the total output. Average product is the output per unit of input and shows efficiency. The relationship between marginal, total, and average product curves illustrates stages of production.
Production Function is a statement of the relationship between a firm’s scarce resources (inputs) and the output that results from the use of these resources.
In mathematical terms, the PF can be expressed as:
Q= f (X1, X2…………Xk) where
Q=output, X1…………Xk=inputs used in the production process
cost of production / Chapter 6(pindyck)RAHUL SINHA
topics covered
•Production and firm
•The production function
•Short run versus Long run
•Production with one variable input(Labour)
•Average product
•Marginal product
•The slopes of the production curve
•Law of diminishing marginal returns
•Production with two variable inputs
•Isoquant
•Isoquant Maps
•Diminishing marginal returns
•Substitution among inputs
•Returns to scale
•Describing returns to scale
This document discusses production analysis and the theory of production costs from the perspective of a firm. It covers key concepts such as:
- The three stages of production as defined by total, average, and marginal product curves. In stage one, average product is increasing. In stage two, average product is decreasing while marginal product turns negative in stage three.
- Laws of variable proportions which state that as a variable input increases, total product initially increases at an increasing rate, then at a decreasing rate, due to diminishing marginal returns.
- Long run production functions which consider all inputs as variable. Returns to scale can be increasing, constant, or diminishing based on how total output responds to a proportional increase
The document discusses production functions and their key concepts. It defines a production function as the relationship between inputs and maximum output. It explains the three stages of production in the short-run and the law of diminishing returns. It also discusses optimal input usage, returns to scale, and the Cobb-Douglas production function.
The document discusses the theory of production from the perspectives of inputs, outputs, firms, industries, and timeframes. It covers the production function and key concepts like total, average, and marginal products of labor. It explains the three stages of production in the short run according to the law of diminishing returns. The long run production function and concepts of economies and diseconomies of scale are also summarized.
This document discusses concepts related to microeconomic production including:
1. Short run production analyzes production when at least one input is fixed and examines the relationship between total product, average product and marginal product under conditions of increasing, diminishing and negative returns.
2. Long run production occurs when all inputs are variable and is governed by the law of returns to scale which addresses how output changes as inputs change proportionately.
3. Key microeconomic concepts like firms, industries, time periods, factors of production and the stages of production are introduced and defined.
This document discusses the theory of production, including production functions, inputs, fixed vs variable inputs, and the concept of marginal, total, and average product. It explains:
- Production functions relate inputs like labor, capital, and land to the output of goods and services. They can consider short or long run time frames.
- Marginal product is the change in output from an additional unit of input. It increases initially but eventually declines due to diminishing returns.
- Total product is the total output. Average product is the output per unit of input and shows efficiency. The relationship between marginal, total, and average product curves illustrates stages of production.
Production Function is a statement of the relationship between a firm’s scarce resources (inputs) and the output that results from the use of these resources.
In mathematical terms, the PF can be expressed as:
Q= f (X1, X2…………Xk) where
Q=output, X1…………Xk=inputs used in the production process
cost of production / Chapter 6(pindyck)RAHUL SINHA
topics covered
•Production and firm
•The production function
•Short run versus Long run
•Production with one variable input(Labour)
•Average product
•Marginal product
•The slopes of the production curve
•Law of diminishing marginal returns
•Production with two variable inputs
•Isoquant
•Isoquant Maps
•Diminishing marginal returns
•Substitution among inputs
•Returns to scale
•Describing returns to scale
This document discusses production analysis and the theory of production costs from the perspective of a firm. It covers key concepts such as:
- The three stages of production as defined by total, average, and marginal product curves. In stage one, average product is increasing. In stage two, average product is decreasing while marginal product turns negative in stage three.
- Laws of variable proportions which state that as a variable input increases, total product initially increases at an increasing rate, then at a decreasing rate, due to diminishing marginal returns.
- Long run production functions which consider all inputs as variable. Returns to scale can be increasing, constant, or diminishing based on how total output responds to a proportional increase
The document discusses production functions and their key concepts. It defines a production function as the relationship between inputs and maximum output. It explains the three stages of production in the short-run and the law of diminishing returns. It also discusses optimal input usage, returns to scale, and the Cobb-Douglas production function.
Production Function,Cost Concepts & Cost-Output analysisVenkat. P
Production Function, Cobb-Douglas Production function, Iso-quants and Iso-costs, MRTS, Least Cost Combination of Inputs, Laws of Returns, Internal and External Economies of Scale
Cost concepts, Determinants of cost
cost-output relationship in short run and Long run, Objectives, Assumptions of BEA
Graphical representation, Importance, Limitations of BEA
The document discusses the theory of production. It defines factors of production as land, labor, capital and organization used to produce output. It explains the production function as the relationship between inputs like capital (K) and labor (L) and maximum possible output (Q). The law of diminishing marginal productivity states that as one input increases, keeping others constant, marginal productivity will eventually decline. Isoquant analysis is used to show production in the long run when all factors are variable, depicting combinations of inputs that produce the same output levels. Returns to scale refer to how output changes relative to proportional changes in all inputs.
The document discusses production theory and the factors involved in the production process. It defines production as the transformation of inputs like land, labor, capital and entrepreneurship into goods and services. It describes the different types of inputs, factors of production, production functions, laws of returns, and concepts like technical progress. Production involves combining inputs using technology to produce maximum possible output given the inputs and technology.
This document provides an introduction to the theory of production. It defines key concepts such as production function, factors of production, total product, average product, and marginal product. It describes the laws of variable proportions and returns to scale. The law of variable proportions states that as one variable input is increased while others are held fixed, total product initially increases at an increasing rate, then at a diminishing rate, and eventually decreases. The law of returns to scale refers to the relationship between proportional changes in all inputs and changes in output in the long run.
This document provides an overview of production theory concepts. It begins by outlining the chapter objectives, which are to examine a firm's technology, inputs, production process, short and long run production functions, and concepts like isoquants, isocost lines, and technical progress. It then defines production, inputs, and factors of production. Key concepts discussed include production functions, the law of variable proportions, production with one and two variable inputs, isoquants, marginal rate of technical substitution, isocost lines, and producer equilibrium.
The document discusses various concepts related to production and costs, including:
1. Production involves converting inputs into outputs through organized activities to create value and utility. The main factors of production are land, labor, capital, and organization.
2. Production functions show the relationship between physical inputs and outputs. Total, marginal, and average product are discussed for functions with one variable input like labor.
3. Optimal use of variable inputs occurs when marginal revenue product equals marginal resource cost. Production with two inputs is discussed using isoquants and isocost lines.
This document discusses the theory of production. It defines production as a process that creates or adds value by converting inputs into outputs. The key inputs are factors of production like land, labor, capital and technology.
It then covers the concept of a production function, which expresses the relationship between inputs and outputs. Production functions can be short-run or long-run depending on whether inputs are variable or fixed. The laws of variable proportions and returns to scale govern these different types of production functions. Isoquants and the marginal rate of technical substitution are also discussed as ways to depict input combinations.
1. The production function shows the relationship between inputs like labor, capital, and raw materials and the quantity of output produced. There are short-run and long-run production functions.
2. The law of variable proportions describes how output changes when one input is varied, holding other inputs constant. Total product initially increases at an increasing rate, then at a decreasing rate.
3. Isoquants show different combinations of inputs that produce the same level of output. They are downward sloping and convex, never intersecting. Firms seek to minimize costs or maximize output at equilibrium based on isoquants and isocost lines.
This document provides an overview of production theory, including definitions of key terms, production functions, laws of production, and returns to scale. It defines production as the process of transforming inputs into outputs. A production function shows the maximum output obtainable from different input combinations given a technology. The law of diminishing returns states that marginal productivity decreases with increasing scale of a variable input. Returns to scale refer to output changes from proportional input changes. There can be increasing, constant, or decreasing returns depending on whether output increases more than, equal to, or less than proportionally to input changes.
Shyness (also called diffidence) is the feeling of apprehension, lack of comfort, or awkwardness especially when a person is around other people. This commonly occurs in new situations or with unfamiliar people. Shyness can be a characteristic of people who have low self-esteem.
We’ve both experienced different variations of shyness, and through practice and increased awareness we have both overcome this. The following are tips that have helped us overcome this uncomfortable feeling.
The document discusses production theory, which forms the foundation of supply theory. It covers key concepts such as:
1) Short-run vs long-run production and the fixed and variable nature of inputs.
2) Production functions and the relationship between total, average, and marginal product.
3) The law of diminishing marginal returns and the three stages of production.
4) Isoquants, isocost lines, and how firms determine optimal input combinations to minimize costs.
This document discusses production functions and their types. It defines a production function as an equation, table, or graph that shows the maximum output a firm can produce from given inputs over a period of time. It identifies the key inputs as labor, capital, land, raw materials, and power. Fixed and variable inputs are explained, with fixed inputs remaining constant and variable inputs changing with output levels. The concepts of total, average, and marginal product are introduced. Different types of production functions are outlined, including fixed and variable proportion functions. The document also discusses production in the short run and long run. Isoquants and marginal rate of technical substitution are briefly explained.
This document provides an overview of production functions and their estimation. It defines short-run and long-run production functions, the law of diminishing returns, and the three stages of production. It also discusses forms of production functions like Cobb-Douglas, and how to statistically estimate parameters of these functions using techniques like linear regression. Production functions are important tools for managerial decision-making around capacity planning and input usage.
The production function shows the relationship between inputs used in production (capital, labor, land, etc.) and the maximum output that can be produced from those inputs. There are two types of production functions: fixed proportions, where inputs must be used in specific quantities, and variable proportions, where inputs can be varied. The law of variable proportions states that as one variable input is increased, at some point marginal product will increase, then decrease, and eventually become negative. A production function with one variable input graphs total product, marginal product, and average product against the input level. A production function with two variable inputs uses isoquants to show combinations of inputs that produce the same output level.
Theory of production describes the relationship between inputs and outputs in the production process. A production function defines this relationship mathematically. In the short run, some inputs are fixed while others are variable. As the variable input increases, total output initially increases at an increasing rate (stage 1), then at a decreasing rate (stage 2), and eventually decreases (stage 3), following the law of variable proportions. In the long run, all inputs are variable. If all inputs increase proportionately, we can see increasing, constant, or decreasing returns to scale. Isoquants show the combinations of inputs that produce the same output level.
This document discusses the theory of production. It defines key terms like production, production functions, factors of production and their pricing. The factors of production are land, labor, capital and organization. There are different types of production like short run and long run. Production functions show the technical process by which inputs like labor and capital are transformed into output. Concepts like total product, average product and marginal product are also explained. In conclusion, the document states that production theory plays an important role in determining the pricing of products and the success of organizations.
Managerial Economics (Chapter 6 - Theory and Estimation of Production)Nurul Shareena Misran
This document discusses production functions and the relationship between inputs and outputs in the short and long run. It introduces key concepts such as:
- Total, average, and marginal product, which measure output in relation to varying levels of a single input while holding others fixed.
- The law of diminishing returns, which states that as more of a variable input is added, the marginal product will eventually decline as each additional unit contributes less.
- Stages of production including initially increasing then diminishing marginal returns, where marginal product first rises then falls as more input is utilized in the short run with fixed capital.
Paul H. Douglas, Professor at the University of Chicago introduced the production function in 1934. Another prominent economist Robert Solow has also conducted extensive research and found out how the technological progress has improved the productivity of inputs, viz., capital and labour in America.
In modern terminology, the various factors like land, labour, capital, organization skill, raw materials and other factors made use of in production are given a wider connotation called inputs. The product realized due to the inputs is called output. Inputs indicate the cost involved in procuring various factors, commodities as raw materials, power, etc., while output indicates the goods and services produced. Production is a process in which the physical inputs are transformed into physical output. The output is thus the function of inputs. The functional relationship between physical inputs and physical outputs of a firm is known as a production function. The production function is a catalogue of output possibilities.
The document discusses production functions and laws of production. It explains that production involves transforming inputs like labor (L) and capital (K) into output (Q) according to the function Q=f(L,K). In the short run, one input is variable while the other is fixed, while in the long run both inputs are variable.
The law of variable proportions describes how total product increases at an increasing rate initially as more of the variable input is added with the fixed input held constant, then increases at a diminishing rate, and eventually decreases as diminishing returns set in. The law of returns to scale examines how output changes as a firm varies all inputs proportionately. Firms experience increasing, constant, and
This document provides a business plan for a Secret Recipe franchise café in Perak, Malaysia. Five graduates are forming a company called Infinity Private Limited to obtain a franchise license and open the first Secret Recipe café in Perak. The café will be located in Kampar and the owners are seeking a loan of RM300,000 in addition to their RM150,000 investment. Secret Recipe is a successful café franchise known for quality food and service. The business plan outlines the company description, franchisor details, objectives, industry analysis, marketing plan, management structure, operations, implementation timeline, and finances.
Secret Recipe is a popular Malaysian bakery and cafe franchise founded in 1997 with over 440 outlets across several Asian countries. It is well-known for its high quality cakes and pastries. When considering a purchase from Secret Recipe, consumers evaluate factors like halal certification, cleanliness, availability, price, quality, service, and healthfulness. After purchasing, consumers will experience a certain level of satisfaction depending on whether the product met their expectations.
Production Function,Cost Concepts & Cost-Output analysisVenkat. P
Production Function, Cobb-Douglas Production function, Iso-quants and Iso-costs, MRTS, Least Cost Combination of Inputs, Laws of Returns, Internal and External Economies of Scale
Cost concepts, Determinants of cost
cost-output relationship in short run and Long run, Objectives, Assumptions of BEA
Graphical representation, Importance, Limitations of BEA
The document discusses the theory of production. It defines factors of production as land, labor, capital and organization used to produce output. It explains the production function as the relationship between inputs like capital (K) and labor (L) and maximum possible output (Q). The law of diminishing marginal productivity states that as one input increases, keeping others constant, marginal productivity will eventually decline. Isoquant analysis is used to show production in the long run when all factors are variable, depicting combinations of inputs that produce the same output levels. Returns to scale refer to how output changes relative to proportional changes in all inputs.
The document discusses production theory and the factors involved in the production process. It defines production as the transformation of inputs like land, labor, capital and entrepreneurship into goods and services. It describes the different types of inputs, factors of production, production functions, laws of returns, and concepts like technical progress. Production involves combining inputs using technology to produce maximum possible output given the inputs and technology.
This document provides an introduction to the theory of production. It defines key concepts such as production function, factors of production, total product, average product, and marginal product. It describes the laws of variable proportions and returns to scale. The law of variable proportions states that as one variable input is increased while others are held fixed, total product initially increases at an increasing rate, then at a diminishing rate, and eventually decreases. The law of returns to scale refers to the relationship between proportional changes in all inputs and changes in output in the long run.
This document provides an overview of production theory concepts. It begins by outlining the chapter objectives, which are to examine a firm's technology, inputs, production process, short and long run production functions, and concepts like isoquants, isocost lines, and technical progress. It then defines production, inputs, and factors of production. Key concepts discussed include production functions, the law of variable proportions, production with one and two variable inputs, isoquants, marginal rate of technical substitution, isocost lines, and producer equilibrium.
The document discusses various concepts related to production and costs, including:
1. Production involves converting inputs into outputs through organized activities to create value and utility. The main factors of production are land, labor, capital, and organization.
2. Production functions show the relationship between physical inputs and outputs. Total, marginal, and average product are discussed for functions with one variable input like labor.
3. Optimal use of variable inputs occurs when marginal revenue product equals marginal resource cost. Production with two inputs is discussed using isoquants and isocost lines.
This document discusses the theory of production. It defines production as a process that creates or adds value by converting inputs into outputs. The key inputs are factors of production like land, labor, capital and technology.
It then covers the concept of a production function, which expresses the relationship between inputs and outputs. Production functions can be short-run or long-run depending on whether inputs are variable or fixed. The laws of variable proportions and returns to scale govern these different types of production functions. Isoquants and the marginal rate of technical substitution are also discussed as ways to depict input combinations.
1. The production function shows the relationship between inputs like labor, capital, and raw materials and the quantity of output produced. There are short-run and long-run production functions.
2. The law of variable proportions describes how output changes when one input is varied, holding other inputs constant. Total product initially increases at an increasing rate, then at a decreasing rate.
3. Isoquants show different combinations of inputs that produce the same level of output. They are downward sloping and convex, never intersecting. Firms seek to minimize costs or maximize output at equilibrium based on isoquants and isocost lines.
This document provides an overview of production theory, including definitions of key terms, production functions, laws of production, and returns to scale. It defines production as the process of transforming inputs into outputs. A production function shows the maximum output obtainable from different input combinations given a technology. The law of diminishing returns states that marginal productivity decreases with increasing scale of a variable input. Returns to scale refer to output changes from proportional input changes. There can be increasing, constant, or decreasing returns depending on whether output increases more than, equal to, or less than proportionally to input changes.
Shyness (also called diffidence) is the feeling of apprehension, lack of comfort, or awkwardness especially when a person is around other people. This commonly occurs in new situations or with unfamiliar people. Shyness can be a characteristic of people who have low self-esteem.
We’ve both experienced different variations of shyness, and through practice and increased awareness we have both overcome this. The following are tips that have helped us overcome this uncomfortable feeling.
The document discusses production theory, which forms the foundation of supply theory. It covers key concepts such as:
1) Short-run vs long-run production and the fixed and variable nature of inputs.
2) Production functions and the relationship between total, average, and marginal product.
3) The law of diminishing marginal returns and the three stages of production.
4) Isoquants, isocost lines, and how firms determine optimal input combinations to minimize costs.
This document discusses production functions and their types. It defines a production function as an equation, table, or graph that shows the maximum output a firm can produce from given inputs over a period of time. It identifies the key inputs as labor, capital, land, raw materials, and power. Fixed and variable inputs are explained, with fixed inputs remaining constant and variable inputs changing with output levels. The concepts of total, average, and marginal product are introduced. Different types of production functions are outlined, including fixed and variable proportion functions. The document also discusses production in the short run and long run. Isoquants and marginal rate of technical substitution are briefly explained.
This document provides an overview of production functions and their estimation. It defines short-run and long-run production functions, the law of diminishing returns, and the three stages of production. It also discusses forms of production functions like Cobb-Douglas, and how to statistically estimate parameters of these functions using techniques like linear regression. Production functions are important tools for managerial decision-making around capacity planning and input usage.
The production function shows the relationship between inputs used in production (capital, labor, land, etc.) and the maximum output that can be produced from those inputs. There are two types of production functions: fixed proportions, where inputs must be used in specific quantities, and variable proportions, where inputs can be varied. The law of variable proportions states that as one variable input is increased, at some point marginal product will increase, then decrease, and eventually become negative. A production function with one variable input graphs total product, marginal product, and average product against the input level. A production function with two variable inputs uses isoquants to show combinations of inputs that produce the same output level.
Theory of production describes the relationship between inputs and outputs in the production process. A production function defines this relationship mathematically. In the short run, some inputs are fixed while others are variable. As the variable input increases, total output initially increases at an increasing rate (stage 1), then at a decreasing rate (stage 2), and eventually decreases (stage 3), following the law of variable proportions. In the long run, all inputs are variable. If all inputs increase proportionately, we can see increasing, constant, or decreasing returns to scale. Isoquants show the combinations of inputs that produce the same output level.
This document discusses the theory of production. It defines key terms like production, production functions, factors of production and their pricing. The factors of production are land, labor, capital and organization. There are different types of production like short run and long run. Production functions show the technical process by which inputs like labor and capital are transformed into output. Concepts like total product, average product and marginal product are also explained. In conclusion, the document states that production theory plays an important role in determining the pricing of products and the success of organizations.
Managerial Economics (Chapter 6 - Theory and Estimation of Production)Nurul Shareena Misran
This document discusses production functions and the relationship between inputs and outputs in the short and long run. It introduces key concepts such as:
- Total, average, and marginal product, which measure output in relation to varying levels of a single input while holding others fixed.
- The law of diminishing returns, which states that as more of a variable input is added, the marginal product will eventually decline as each additional unit contributes less.
- Stages of production including initially increasing then diminishing marginal returns, where marginal product first rises then falls as more input is utilized in the short run with fixed capital.
Paul H. Douglas, Professor at the University of Chicago introduced the production function in 1934. Another prominent economist Robert Solow has also conducted extensive research and found out how the technological progress has improved the productivity of inputs, viz., capital and labour in America.
In modern terminology, the various factors like land, labour, capital, organization skill, raw materials and other factors made use of in production are given a wider connotation called inputs. The product realized due to the inputs is called output. Inputs indicate the cost involved in procuring various factors, commodities as raw materials, power, etc., while output indicates the goods and services produced. Production is a process in which the physical inputs are transformed into physical output. The output is thus the function of inputs. The functional relationship between physical inputs and physical outputs of a firm is known as a production function. The production function is a catalogue of output possibilities.
The document discusses production functions and laws of production. It explains that production involves transforming inputs like labor (L) and capital (K) into output (Q) according to the function Q=f(L,K). In the short run, one input is variable while the other is fixed, while in the long run both inputs are variable.
The law of variable proportions describes how total product increases at an increasing rate initially as more of the variable input is added with the fixed input held constant, then increases at a diminishing rate, and eventually decreases as diminishing returns set in. The law of returns to scale examines how output changes as a firm varies all inputs proportionately. Firms experience increasing, constant, and
This document provides a business plan for a Secret Recipe franchise café in Perak, Malaysia. Five graduates are forming a company called Infinity Private Limited to obtain a franchise license and open the first Secret Recipe café in Perak. The café will be located in Kampar and the owners are seeking a loan of RM300,000 in addition to their RM150,000 investment. Secret Recipe is a successful café franchise known for quality food and service. The business plan outlines the company description, franchisor details, objectives, industry analysis, marketing plan, management structure, operations, implementation timeline, and finances.
Secret Recipe is a popular Malaysian bakery and cafe franchise founded in 1997 with over 440 outlets across several Asian countries. It is well-known for its high quality cakes and pastries. When considering a purchase from Secret Recipe, consumers evaluate factors like halal certification, cleanliness, availability, price, quality, service, and healthfulness. After purchasing, consumers will experience a certain level of satisfaction depending on whether the product met their expectations.
C H A P T E R 6 T H E O R Y O F C O S TEjarn Jijan
The document discusses various concepts related to production costs, including:
1) Definitions of production cost, total fixed cost, total variable cost, and total cost. Total cost is the sum of total fixed and total variable costs.
2) Short-run cost curves like average variable cost, average fixed cost, average total cost, and marginal cost are U-shaped.
3) In the long-run, the long-run average cost curve is also U-shaped due to economies and diseconomies of scale as a firm changes its size of production.
C H A P T E R 3 M A R K E T E Q U I L I B R I U M & G O V E R N M E ...Ejarn Jijan
The document discusses market equilibrium, which occurs at the point where quantity demanded equals quantity supplied. It is represented as the intersection of the demand and supply curves (DD=SS) at price Pe and quantity Qe. The document also discusses how surpluses and shortages occur when these quantities are not equal, and how shifts in demand and supply impact the equilibrium price and quantity. Government interventions like taxes are described as shifting the supply curve and changing the equilibrium price and quantity in the market.
This document discusses different types of demand, including:
1. Conventional perspectives on free goods, public goods, and economic goods. Islamic perspectives on al-tayyibat and al-rizq.
2. The relationship between price and quantity demanded as shown through demand schedules and curves. Individual demand curves summing to market demand.
3. Factors that can cause shifts in the demand curve, such as changes in income, tastes, prices of related goods, expectations, and market size. The differences between changes in quantity demanded versus changes in demand.
The document provides information on two chicken rice businesses - Leong Shifu BBQ Chicken Rice and Hong Kee Chicken Rice Shop. Leong Shifu BBQ Chicken Rice has been operating for 15 years in Bandar Sunway and serves famous roasted and barbecued pork. Hong Kee Chicken Rice Shop started in 1992 in Penang and its specialty is roasted duck rice. While both businesses have been successful long-term, Hong Kee appears to be more commercially successful with its two branches, more employees, and fewer competitors within its market area.
This document provides an introduction to production and resource use. It discusses topics including conditions of perfect competition, classification of productive inputs, production relationships, costs of production, and economics of short-run production decisions. Key concepts covered include the production function, total physical product curve, marginal physical product curve, average physical product curve, stages of production, total costs, average costs, marginal costs, total revenue, average revenue, and marginal revenue. The document uses examples and tables to illustrate these concepts and how firms can determine profit-maximizing output levels under perfect competition.
Jalli's Restaurant is a proposed new restaurant in Bangalore, India. It will have indoor and outdoor dining areas serving Hyderabadi biryani, Chinese, Indian, and continental cuisine. The restaurant aims to provide efficient customer service and establish itself as a unique concept in the area. It will be located in Banshankari Stage III, a residential area near colleges and computer cafes that currently lacks restaurants serving its cuisine. The restaurant expects to attract youth, families, and couples aged 15-50 and reach break-even point within 1.3 years of opening.
Isoquant is also called as equal product curve or production indifference curve or constant product curve. Isoquant indicates various combinations of two factors of production which give the same level of output per unit of time.
Just as an indifference curve represents various combinations of two goods which give a consumer equal amount of satisfaction, an iso-product curve shows all possible combinations of two inputs physically capable of producing a given level of output. Since an iso-product curve represents those combinations which will result in the production of an equal quantity of output, the producer would be indifferent between them.
This law was given by Alfred Marshall in his book principle of economics.
It show particular pattern of change in output when some factor remain fixed.
Production depend upon factors of production , if factors of production are good, production may increase and vice-versa.
Production function show functional relationship between production and factors of production.
It refers to manner of change in output cost by the increase in all the input simultaneously and in the same proportion.
Returns refers to “change in physical output”
Scale refers to “quantity of input employed”
Change in scale means that all factors of production are increased or decreased in same proportion.
The cost advantage that arises with increased output of a product.
It arises because of the inverse relationship between the quantity produced and per-unit fixed cost.
Profit refers to the excess of receipts from the sale of goods over the expenditure incurred on producing them.
The amount received from the sale of goods is known as ‘revenue’ and the expenditure on production of such goods is termed as ‘cost’. The difference between revenue and cost is known as ‘profit’.
For example, if a firm sells goods for Rs. 10 crores after incurring an expenditure of Rs. 7 crores, then profit will be Rs. 3 crores.
The document discusses the key concepts of production function in economics. It defines production function as the relationship between inputs and outputs in production. The main inputs or factors of production are labor, capital and the output is the quantity produced. It also defines fixed and variable factors, and explains the differences between short run and long run production functions. The document also covers concepts like total product, marginal product, average product, law of variable proportions and causes of increasing, diminishing and negative returns.
This document discusses production functions and the law of diminishing returns. It begins by defining production as the process of transforming resources into goods or services using inputs like land, labor, capital and entrepreneurship. It then discusses short-run and long-run production functions. The short-run production function treats one input like capital as fixed and analyzes how output changes with varying levels of the variable input, labor. It demonstrates diminishing marginal returns to labor through a hypothetical example. The long-run production function considers how output changes with two variable inputs, capital and labor, as demonstrated using the Cobb-Douglas production function.
10) Production function and laws of production.pptxs27cm7hn4y
The document discusses the theory of production and production functions. It defines production as the process of converting inputs into outputs. The four main factors of production are land, labor, capital, and organization.
The production function refers to the technical relationship between quantities of inputs (factors of production) and the quantity of output. It shows the maximum output attainable from different combinations of inputs. Inputs can be fixed or variable depending on the time period.
The laws of variable proportions and returns to scale describe how output changes as inputs are varied in the short run and long run. Under the law of variable proportions, marginal product initially rises, then falls as one variable input is increased while others stay fixed. Firms aim to operate
The document discusses production functions and factors of production. It defines a production function as a relationship between inputs and output, and lists several factors of production including labor, capital, land and entrepreneurship. It also describes the concepts of increasing, decreasing and constant returns to scale, and how a production function can be used to determine optimal input levels and maximize profit.
CH 4 The Theory of Production and Cost.pptxDawitHaile12
This chapter discusses production theory and cost theory in the short run. It defines key concepts such as production function, fixed and variable inputs, total product, average product and marginal product. It explains the three stages of production in the short run based on the law of diminishing returns. It also defines total, average and marginal costs, and describes how they change with output based on the total, average and marginal cost curves. Finally, it discusses the relationship between short run production functions and cost functions.
This document discusses production theory and cost theory in the short run. It defines key concepts such as production, inputs, outputs, production functions, fixed and variable inputs, total product, average product and marginal product. It explains the three stages of production based on these productivity measures. It also introduces isoquants and isocost lines to determine optimal input combinations. Finally, it defines total, fixed, variable and average costs, and how total cost is calculated in the short run.
This document discusses the theory of production. It defines production as the process of converting inputs into outputs through value-adding activities. The production function represents the technical relationship between inputs like labor, capital, land, and technology and the level of outputs. Inputs are classified as fixed or variable. The concepts of total, average, and marginal product are introduced to analyze output changes from varying a single input. Laws of variable proportions and returns to scale are explained using short-run and long-run production functions. In the short-run, marginal product initially rises then falls, leading to stages of increasing, diminishing, and negative returns. In the long-run, production can exhibit increasing, constant, or decreasing returns to scale depending on
This document provides an overview of managerial economics and the theory of production. It defines key concepts such as:
- Production function - The relationship between inputs like labor, capital, land, and technology and the level of output.
- Factors of production - Inputs used in the production process like labor, capital, land and technology. Inputs can be fixed or variable.
- Laws of production - The law of variable proportions explains short-run production with one variable input. The law of returns to scale explains long-run production with all inputs variable.
- Isoquants - Curves that show combinations of inputs that produce the same level of output. The slope of the isoquant is the
This document discusses key concepts related to production functions including:
- Inputs and outputs in production and examples of production activities
- Short-run and long-run production functions and the distinction between fixed and variable factors
- Total product, average product, and marginal product which are used to analyze returns to a factor of production
- The three stages of production: increasing returns, decreasing returns, and negative returns as shown by the total, average, and marginal product curves
The document discusses production functions and their key characteristics. It defines production functions and provides examples. There are two main types of production functions - fixed proportions and variable proportions. The law of variable proportions describes the relationship between inputs and output when varying one input while holding others constant. In the short run, marginal returns initially increase, then diminish and eventually become negative. In the long run, all inputs are variable and production isoquants illustrate input combinations producing the same output level. Assumptions of production functions include perfect divisibility and substitution between factors.
This document discusses production functions and their properties. It begins by defining a production function as relating the maximum output that can be produced from a given set of inputs. It then discusses short-run and long-run production functions, the properties of average and marginal product, diminishing returns, and how to determine the optimal input mix by equalizing marginal products per dollar spent on each input. It also introduces Cobb-Douglas production functions and the concept of returns to scale.
The document discusses production functions and the relationship between inputs and outputs in production. It defines key terms like production function, total productivity, marginal productivity, and average productivity. It explains the differences between short run and long run production and the concept of returns to scale. It also discusses the law of diminishing returns and how marginal productivity changes as inputs are varied. Isoquants, or curves showing equal levels of output from different input combinations, are introduced as a way to analyze productivity.
1. The document discusses production and costs faced by firms. It defines production and the different types of inputs used, including fixed and variable inputs.
2. It explains the concept of production functions, which show the maximum output achievable from different input combinations. Production functions can have one or two variable inputs, corresponding to short and long run analyses.
3. The law of variable proportions is described, where marginal and average product initially increase with more of a variable input but eventually diminish, leading to stages of increasing, diminishing, and negative returns. Graphs demonstrate these relationships between total, marginal, and average product curves.
This document provides an overview of production and costs from an economics textbook. It discusses key concepts such as:
- The production function which shows the relationship between a firm's inputs and outputs. Inputs are categorized as fixed or variable.
- Total, average, and marginal product curves which show output levels as a single input is varied, demonstrating the law of diminishing returns. There are three stages of production as inputs increase.
- Explicit and implicit costs of production. Short-run costs include total fixed, total variable, and total costs. Long-run costs have no fixed component.
- Average and marginal cost curves which are U-shaped in the short-run as output increases. Minimum efficient scale
This document discusses production functions and the laws of production. It defines production as the transformation of inputs into outputs of goods and services. There are two types of production functions - fixed and variable proportions. The law of variable proportions describes the relationship between varying input levels and output in the short run when one input is variable. Diminishing marginal returns typically occur as more of the variable input is added due to scarcity of the fixed inputs. Isoquants illustrate combinations of two variable inputs that produce the same output level.
Economy about theory of production and costDagimTilahun1
This chapter discusses production and cost theories in the short run. It covers key concepts like production functions, inputs, total product, average product and marginal product. It describes three stages of production based on marginal returns. It also discusses accounting costs, economic costs, and cost curves like total cost, average cost and marginal cost. The chapter establishes relationships between production curves like average product and marginal product, and cost curves like average variable cost and marginal cost in the short run.
Similar to C H A P T E R 6 M I C R O P R O D U C T I O N T H E O R Y (20)
2. FACTORS OF PRODUCTION
Production or supply represents the sellers or
supplier’s side and their willingness and
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ability to produce and sell goods and services
(output)
Input Processing Output
Production involves the using of inputs
Inputscan be categorized into 4 types which
are land, labor, capital and entrepreneur
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3. Labour
Labor comprises all the human resources in the form of workers,
employees, professionals, self-employed who produce goods and
services
Capital
Capital can be defined as the funds or finance which can be used
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to acquire equipment, machine, infrastructure and other physical
resources required to produce goods and services
Land
Land is natural resources used to produce goods and services
including land itself and natural resources such as vegetables
and crops, mineral and oils
Entrepreneur
Entrepreneur is the person who has the ability to take risk, to turn
new ideas and innovations into profitable undertakings to produce
goods and services.
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4. PRODUCTION FUNCTION
The technological relationship expressing the
maximum amount of a product attainable from
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different combinations of factor inputs or it
shows units of total output (Q) as a function of
units of inputs
Mathematically it can be expressed by
Q=f(labor, land, capital, entrepreneur)
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5. Production Time
Range
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Short run Long run
Production Production
At least one fixed input + variable No fixed input
inputs Law of Return to Scale
Law Diminishing Marginal Return 5
6. SHORT RUN PRODUCTION FUNCTION
A short run can be defined as the production period in which at
least one of the inputs is fixed
A fixed input is an input which the quantity does not vary
according to the amount of output
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A fixed input is one which is permanent and stays in the
production by the same quantity regardless of whether there is
output or not
Examples a machine, building and equipment
A variable input is an input which the quantity varies according
to the amount of output. More output means more variable
inputs needed
Examples are labor, raw material 6
7. Ingeneral, short run production function can be
written as:
Q = f(variable inputs, fixed inputs)
The short run period is a time period during which at
least one input is fixed and its quantity cannot be
varied
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The
production is subjected to the law of diminishing
marginal returns
The law states that when the more and more of
variable input is combined with a fixed input, beyond
some point of production, the additional output from
each additional unit of variable input will diminish
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8. IMPORTANT CONCEPTS
Total physical product / total product (TPP/TP)
The total output or production that results from the combining
or transformation of factors of production
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Average physical product / average product (APP/AP)
The output per unit of variable input or total physical product
divided by the quantity of variable factor
APP = TP/QL ; where QL is the amount of variable factor
Marginal physical product / marginal product
(MPP/MP)
The additional output that can be produced by hiring one more
unit of variable factor; holding all other factors constant
MPP = TP/ QL 8
9. APL MPL The Law of Stage of
Land Labour TPL
(TP/L) (TP/L) Marginal Returns Production
1 1 3 3 -
The Law of
1 2 7 3.5 < 4 Increasing
Marginal Returns
1 3 33 11 < 26 Stage 1
1 4 50 12.5 < 17
1 5 65 13 < 15
The Law of
Diminishing
1 6 75 12.5 > 10
Marginal Returns
1 7 80 11.43 5 Stage 2
1 8 80 10 0
1 9 78 8.67 –2
Negative
Stage 3
Marginal Returns
1 10 72 7.2 –6
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10. TP(Q) d
Stage 1 Stage 2 Stage 3
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c
b
MPP/APP
b’
c’
APP
d’
10
0 L1 L2 L3 L
MPP
11. RELATIONSHIP BETWEEN APPL AND MPPL
MPPL between two points is equal to the slope of TP between these
two points
MPPL rises at first as the slope of TP gets steeper
MPPL reaches its maximum at point b where the slope of TPPL is the
steepest
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After b’ or b, the diminishing marginal returns set in and MPPL falls as
TP becomes less steeper
APPL at first rises and continues to rise as long as MPPL is greater than
APPL and APPL rises up to point c’
Beyond c’ MPPL is below APPL. By adding more labors, output will
increase at decreasing rate which pulls the APPL down or the APPL fall
Maximum TP is at point d where the slope of TP is zero or when MPPL is
zero
Beyond d or d’, TP fall and MPPL is negative, APPL continues to fall but
with positive values.
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12. STAGES OF PRODUCTION
There are three stages of production; stage 1, stage 2 and
stage 3
Stage 1
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Stage 1 begins from point 0 to the point of intersection of
MP (marginal product) and AP (average product) curves.
At this stage, there is sharp increase of total product (TP) as
we increase the units of labor employed.
This is also means that each additional increase in labor
units will result in a greater increase of the TP.
A rational producer will continue to produce goods at this
stage as TP increase by increasing more labor
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BACK
13. Stage 2
This stage begins from the intersection point of MP and AP
curves ( end of stage 1) until MP curve touches the horizontal
or x-axis. At this stage, the values of AP and MP are
decreasing. Note that the AP curve is always higher than the
MP curve, and when the MP curve touches the horizontal or x-
axis, the TP reaches its maximum point
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This is the most efficient stage of production because the
combinations of variables and fixed inputs are used efficiently.
A rational producer will want to produce at this stage of
production as the TP has already achieved its maximum point.
However if he continues to produces beyond this stage, the TP
will start to decline.
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BACK
14. Stage 3
This stage begins when MP equals to zero and continues
to decline thereafter.
A rational producer should not be producing at this stage
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of production because an increase in labor leads to
decline in the total product.
14
BACK
16. Defined as the period where all inputs used are
variable inputs
Firms use this period to plan their production by
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varying their inputs
There are no fixed inputs in this period of production
All input used are variables inputs
Thus, in long run:
Q = f (Variable Inputs: land, labor, capital, entrepreneur) 16
17. There are 4 factors of production in Islamic
perspectives
1. Land
Land is God’s gift which is invaluable to the life of mankind. Land is being used
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to exploit’s all the goods’ produce essential to man. Allah SWT created land to
remind mankind to protect and to make full use of it.
2. Labor
labor is an abstract effort and services sells to an employer for production
purposes. There are moral and ethic relationship between employee (labor)
and employer. This relationship is based on syariah. Reward to a labor is not
only in the form of wages but also a better return in the ‘Akhirat’ or hereafter.
3. Capital
The Islamic economic system is free from Riba due to the fact that it will cause
inflation, exploitation and so on.
4. Entrepreneur
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An entrepreneur is a person who plans the way and nature of work which is
able to come up with maximum productivity using the least cost possible
approach without neglecting the Islamic values and quality of production.
18. i) Producer’s objective is to attain maximum profit
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ii) Producer’s responsibility is to make all the
decisions about the organization like:
a. deciding what goods are going to be produced,
b. the best and the most efficient method of production
c. return from his efforts in the form of profit
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19. i) Among the producer objectives are:
a) To attain God’s pleasure
b) To bring peace to the Ummah
c) To attain maximum possible profit based on (a) and (b)
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ii) Producer’s responsibility are:
a) To combine all inputs with the lowest cost combination and increase
productivity to the maximum level
b) To ensure that any economic problem either internal or external of a
firm can be solved
c) To have sufficient market and to ensure stable price for all products
d) Understanding current economic situation
e) Ensure that all his industrial activities are not against the syariah
f) Thinking about the balance between material profit and society’s
welfare 19