2. Compute for the pure value of Price Elasticity of demand at every Point (A, B, C, D, E, F, G, H, and I). 3. Interpret the computed Elasticity value at each POINT. 4. Compute for the Total Revenue (TR) at each POINT. At what POINT is TR maximum? Explain. 5. Examine the relationship(s) between Elasticity Value and TR at each POINT.
2. Compute for the pure value of Price Elasticity of demand at every Point (A, B, C, D, E, F, G, H, and I). 3. Interpret the computed Elasticity value at each POINT. 4. Compute for the Total Revenue (TR) at each POINT. At what POINT is TR maximum? Explain. 5. Examine the relationship(s) between Elasticity Value and TR at each POINT.
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
Related questions
Question
ANSWER NUMBER 2 ONLY
SUBJECT:
COURSE CODE: BEC 101
Transcribed Image Text:PRICE ELASTICITYOF DEMAND:
APPLICATION FOR BUSINESS STRATEGY TO MAXIMIZE TOTAL REVENUE
GIVEN: The following hypothetical data concerning PRICE "P" and QUANTITY
demand (Qd) and Points "A" to "I" along the Demand Line that represent various
combinations of "P" and "Qd", respectively.
POINT
PRICE
QUANTITY DEMANDED
(Pt)
(P)
(Qd)
A
80
В
C
70
60
100
200
50
300
40
400
30
20
500
600
G
10
700
800
REQUIREMENTS:
1. Using Microsoft EXCEL, plot the above data set on a graph so that you can
show the geometric interpretation with appropriate calibration on the vertical
sand horizontal axis for PRICE and QUANTITY, respectively.
90
80
A
70
B
60
Transcribed Image Text:REQUIREMENTS:
1. Using Microsoft EXCEL, plot the above data set on a graph so that you can
show the geometric interpretation with appropriate calibration on the vertical
sand horizontal axis for PRICE and QUANTITY, respectively.
90
80
70
60
50
40
30
20
10
100
200
300
400
500
600
700
800
900
Quantity Demanded (Qd)
2. Compute for the pure value of Price Elasticity of demand at every Point (A,
B, C, D, E, F, G, H, and I).
3. Interpret the computed Elasticity value at each POINT.
4. Compute for the Total Revenue (TR) at each POINT. At what POINT is TR
maximum? Explain.
5. Examine the relationship(s) between Elasticity Value and TR at each POINT.
PRICE
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