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Practice Exam

MARK 2010 Marketing Analytics

SP2 - 2023

· Question 1

For the data below calculate the:

· market share;

· purchase rate;

· penetration;

· purchase frequency;

· share of category requirements;

· 100% loyals.

Shopper

Brand A

Brand B

Brand C

Brand D

01

4

1

2

3

02

3

0

0

0

03

3

1

2

0

04

1

6

0

2

05

4

2

0

2

· Question 2

Use the actual data below and the Dirichlet model to generate the estimated penetration and estimated purchase frequency and complete the table below

 

Penetration

 

Purchase frequency

 

Category

92%

 

 

9.4

 

 

Brand

Actual

Estimated

Deviation

Actual

Estimated

Deviation

Brand 1

57%

 

 

5.3

 

 

Brand 2

41%

 

 

4.6

 

 

Brand 3

34%

 

 

4.2

 

 

Brand 4

27%

 

 

3.8

 

 

Brand 5

20%

 

 

3.6

 

 

Brand 6

16%

 

 

3.5

 

 

Number of tests passed

 

 


Does the model give good fit to the actual data?

Is there any niche or change of pace brand?

How do brand 3 performance measures compare to the model estimates?

What would be the targets of penetration and purchase frequency if we want to increase brand 3 market share by 5 percentage points?

· Question 3

Using the observed shoppers of a brand (data in Table 3.1) and the CTA excel program, estimate parameters k and a of the NBD model, and the predicted shoppers (from the Estimation by loglikelihood worksheet)

Table 3.1: Distribution of purchases of a brand

Numbers of purchases (x)

Observed shoppers

Predicted shoppers

0

260

 

1

106

 

2

48

 

3

29

 

4

14

 

5

12

 

6

9

 

7

6

 

8

5

 

9

2

 

10

3

 

11

2

 

12

2

 

13

0

 

14

1

 

15

1

 

Parameter values

a =

k =

The brand has recently increased the advertising budget and there is an increase in sales in period 2 (data in Table 3.2). Get Predicted period 2 sales from the CTA LL worksheet, calculate the deviations between Observed period 2 sales in Table 2 and Predicted period 2 sales.  Which shopper class is affected most by the advertising increase?

Table 3.2: Period 2 sales

Shopper class

Predicted period 2 sales

Observed period 2 sales

Deviation

Non buyers

 

179

 

Light buyers (bought 1 unit)

 

132

 

Medium buyers (bought 2-3 units)

 

187

 

Heavy buyers (bought 4+units)

 

302

 

Total

 

800

 

· Question 4

Table 4.1 contains the results of a BW score conducted on a sample of 253 respondents about the slogans Australian consumers like most to promote wine regionality. The BW experiment was designed according to a balanced incomplete block design (13, 4, 1).

Table 4.1: Count Best and Count  Worst

#

Attributes

Count Best

Count Worst

1

Australian regions - discover your own backyard

153

206

2

Austalian wine - take time to rediscover

198

309

3

Australian regions – every one has a story

135

312

4

There’s always more to discover

233

216

5

Your regions, your passion

54

384

6

Australian regions – a choice to trust

106

286

7

The regions you love

369

119

8

Your regions, your love

490

80

9

Regional! Not just another wine

204

403

10

Quintessentially Australian

469

291

11

Go Regional!

80

506

12

A+ Australia

544

51

13

There must be a Region for…

254

126

Calculate the BestWorst Score for each slogan

Which slogan do consumers like the most?

Calculate the Ratio Scale of Best

What is the R2 value for the linear trend line between Ratio scale of Best and Count Best?

Are the respondents consistent in their choice?

· Question 5

Consider the following conjoint design for wine:

Attribute: Country of Origin (b1)

Attribute Levels: Not well known

  Well known

Attribute: Brand (b2)

Attribute Levels: Not well known

  Well known

Attribute: Price (b3)

Attribute Levels: $10

  $16

Fieldwork indicates the following:

•When the country of origin changes from not well known to well known utility increases by 0.7 (b1= 0.7)

When brand changes from not well known to well known utility increases by 0.4 (b2= 0.4)

•When price changes from $10 to $16 utility decreases by 0.9 (b3= - 0.9)

A) Calculate dollar value of one unit of utility, dollar value of a well known country of origin, dollar value of a well known brand.&nbs