Lecture 9. Calculus

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LECTURE 9
CALCULUS
Temur Makhkamov
Indira Khadjieva
QM Module Leader
tmakhkamov@wiut.uz

LECTURE 9 CALCULUS Temur Makhkamov Indira Khadjieva QM Module Leader tmakhkamov@wiut.uz

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Lecture outline
What is the derivative?
The derivatives of functions and their use
Applications of

Lecture outline What is the derivative? The derivatives of functions and their
functions to revenue, cost, profit and to the demand and supply theory

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Derivatives

Definition: Derivative line is simply a slope of the function. it shows

Derivatives Definition: Derivative line is simply a slope of the function. it
the rate of change of dependent variable resulted from a change of independent variable.
Or, simply

x

y

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Derivatives

The slope of Tangent line to the point is derivative of the

Derivatives The slope of Tangent line to the point is derivative of
function.
Tangent means that the line touches the curve at one point only!

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Table of Derivatives

Table of Derivatives

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Definitions of key economic terms

Revenue is the amount of money received by

Definitions of key economic terms Revenue is the amount of money received
selling products
Cost of production is the amount of money spent to make the products
Quantity demanded is the number of products demanded by customers at the market
Quantity supplied is the number of products delivered to the market for sales

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Economic application of linear function

A firm sells pens for $2 each. Hence,

Economic application of linear function A firm sells pens for $2 each.
the revenue function is
R(Q) = 2Q
A firm has $150 dollar fixed cost* and $1.5 variable costs*. Hence, the cost function is
C(Q) = $1.5Q+150
A firm produces books. Books supply and demand depend upon the price. Therefore, the supply and demand function are:
QD(P) = 100 – 0.5P
QS(P) = 80 + 0.5P

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Rule of Differentiation (1)

1. The constant rule.

Rule of Differentiation (1) 1. The constant rule.

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Rule of Differentiation (2)

2. The sum and difference rule.

Rule of Differentiation (2) 2. The sum and difference rule.

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Rule of Differentiation (3)

3. The product rule.

Rule of Differentiation (3) 3. The product rule.

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Rule of Differentiation (4)

4. The quotient rule.

Rule of Differentiation (4) 4. The quotient rule.

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Rule of Differentiation (5)

5. The chain rule
if f(x) = g(h(x)),
f´(x) =

Rule of Differentiation (5) 5. The chain rule if f(x) = g(h(x)),
g´(h(x)) =g´(h(x))*h´(x)
Example:

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Concluding remarks

Today, you learnt
Definition of derivatives
Limits and derivation of derivatives
Derivatives and their

Concluding remarks Today, you learnt Definition of derivatives Limits and derivation of
usage in real world
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