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    A STUDY ON INFLUENCE OF PRODUCT ATTRIBUTES ON THE CUSTOMER SATISFACTION AND THEIR REPURCHASE

    INTENTION IN BIKE INDUSTRY

    SUBMITTED TOWARDS PARTIAL FULFILLMENTOF

    POST GRADUATE DIPLOMA IN MANAGEMENT

    (APPROVED BY AICTE, GOVT. OF INDIA)

    ACADEMIC SESSION

    2009-11

    Submitted to: - Submitted by :-

    Dr. Sanjay Jain Ashutosh Sarkar (BM 09260)

    IMS Ghaziabad Amritanshu Kumar (BM 09253)

    Anshul Tomar (BM 09257)

    Pawandeep Singh (BM 09275)

    Kunal Pupneja (BM 09271)

    Rajat Tyagi (BM 09279)

    Sikha Srivastav (BM 09196)

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    OBJECTIVES OF THE STUDY

    To measure the influence of product attributes on the consumer satisfaction, for the bike company, which

    they are using.

    To measure the repurchase intention of the bike users for the company whose bike they are using, based

    on Product attributes.

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    RESEARCH METHODOLOGY: -

    Research Design - Descriptive research.

    Sampling design:-

    Sample unit - Bike user.

    Sample size - 120.

    Sampling plan - Convenience sampling.

    Sampling area IMS Hostel, AKG College, INMANTEC College.

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    FACTOR ANALYSIS: -

    Here factor analysis has been used for minimizing the total number of variables. As here in this research the total number of variable is

    28. So it is hard to find out the impact of the 28 variables individually on the consumer satisfaction towards the bike company so theyare clubed together with the help of factor analysis which aids in data reduction and variables of similar nature are grouped together into a common factor and thus the study can be carried out more easily.

    KMO and Bartlett's Test

    Kaiser-Meyer-Olkin Measure of Sampling Adequacy. .672

    Bartlett's Test of Sphericity Approx. Chi-Square 1137.982

    df 378

    Sig. .000

    Interpretation: - As the value of kmo test is .672 so here the data are adequate for performing factor analysis.

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    Communalities

    Initial Extraction

    Durability 1.000 .503

    Look of bike 1.000 .744

    Riding comfort 1.000 .574

    Color 1.000 .786

    Pickup 1.000 .434

    Height 1.000 .707

    Spare parts availability 1.000 .853Resale value 1.000 .807

    After sales service 1.000 .856

    Price 1.000 .748

    New model 1.000 .710

    Engine efficiency 1.000 .703

    Brand popularity 1.000 .755

    Tyre size 1.000 .644

    Status 1.000 .634

    Gear number 1.000 .684

    Head light power 1.000 .515Footbrake life 1.000 .632

    Maintenance expense 1.000 .715

    Maintenance ease 1.000 .652

    Body design 1.000 .479

    Body strength 1.000 .668

    Bodyweight 1.000 .547

    Overall functioning 1.000 .626

    Load capacity 1.000 .540

    Travel convenience 1.000 .547

    Foot break power 1.000 .596Fuel efficiency 1.000 .563

    Extraction Method: Principal Component

    Analysis.

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    Total Variance Explained

    Component

    Initial Eigenvalues Extract ion Sums of Squared Loadings Rotation Sums of Squared Loadings

    Total % of Variance Cumulative % Total % of Variance Cumulative % Total % of Variance Cumulative %

    1 5.716 20.414 20.414 5.716 20.414 20.414 3.093 11.047 11.047

    2 2.459 8.781 29.195 2.459 8.781 29.195 2.507 8.955 20.002

    3 1.916 6.842 36.037 1.916 6.842 36.037 2.462 8.793 28.795

    4 1.850 6.606 42.642 1.850 6.606 42.642 1.950 6.965 35.760

    5 1.483 5.295 47.937 1.483 5.295 47.937 1.905 6.802 42.562

    6 1.372 4.900 52.837 1.372 4.900 52.837 1.797 6.418 48.9807 1.291 4.609 57.446 1.291 4.609 57.446 1.704 6.087 55.067

    8 1.087 3.884 61.330 1.087 3.884 61.330 1.506 5.380 60.447

    9 1.051 3.753 65.082 1.051 3.753 65.082 1.298 4.635 65.082

    10 .989 3.532 68.615

    11 .917 3.277 71.891

    12 .900 3.213 75.104

    13 .748 2.670 77.774

    14 .734 2.621 80.395

    15 .706 2.523 82.918

    16 .623 2.224 85.14217 .586 2.091 87.233

    18 .529 1.890 89.123

    19 .456 1.628 90.750

    20 .402 1.437 92.187

    21 .389 1.389 93.576

    22 .362 1.292 94.868

    23 .335 1.195 96.063

    24 .331 1.182 97.245

    25 .288 1.029 98.274

    26 .201 .717 98.99127 .171 .609 99.600

    28 .112 .400 100.000

    Extraction Method: Principal Component Analysis.

    INTERPRETATION : From the Total variance explained table we can infer that the 9 factors thus extracted are explaining 65.082% of the total variance with the help of

    eigen values and component 1 and component 2 has the maximum loading in the total variance that means they are contributing the most to the variance obtained.

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    Component Matrixa

    Component

    1 2 3 4 5 6 7 8 9

    Durability .063 -.345 .001 .382 .357 .307 .011 .023 .108

    Look of bike -.073 .134 .785 .046 -.277 -.076 .111 .081 .014

    Riding comfort .144 -.226 .275 .509 .197 .205 -.043 .130 -.262

    Color -.124 .114 .759 .121 -.226 -.154 .059 .097 .280

    Pickup .140 -.206 -.119 .388 .241 .276 -.009 .234 .135

    Height .244 .048 .220 -.028 -.087 .410 .544 -.306 -.174Spare parts availability .163 .789 -.101 -.158 .013 .202 -.037 .350 .060

    Resale value .449 .512 -.039 .456 .116 -.044 .117 -.308 .104

    After sales service .361 .637 -.100 -.096 .041 .298 .130 .439 .021

    Price .524 .402 -.190 .417 -.088 .063 .010 -.261 .147

    New model .447 .348 -.164 .203 .053 -.290 -.247 .159 -.384

    Engine efficiency .319 -.107 .158 .230 .444 -.455 .253 .187 -.094

    Brand popularity .540 -.227 -.085 .024 -.183 -.275 .424 .337 -.044

    Tyre size .566 -.312 -.302 .117 -.278 -.044 .116 .027 .164

    Status .583 -.244 .010 .335 -.171 -.255 .037 .023 -.162

    Gear number .395 .140 .199 -.417 .378 -.288 -.141 -.096 -.201Headlight power .583 -.101 -.138 -.299 .077 -.043 .069 -.178 .111

    Footbrake life .626 -.199 -.157 -.162 -.260 -.044 .030 .021 .281

    Maintenance expense .591 -.078 .061 .150 .114 -.102 -.373 .020 .413

    Maintenance ease .530 .120 .197 -.274 .455 .008 .104 -.050 .151

    Body design .560 -.176 -.001 -.229 .019 -.024 .117 .143 .217

    Body strenghth .488 -.266 -.004 -.037 -.255 .374 -.049 .167 -.350

    Bodyweight .361 -.240 .296 -.093 .077 .161 -.466 .078 -.088

    Overallfunctioning .511 -.206 .259 -.224 .267 .339 -.031 -.125 .051

    Loadcapacity .565 -.140 -.095 -.334 .014 -.024 .106 -.102 -.241

    Travelconvinience .569 -.038 .205 -.097 -.294 .113 -.222 .142 .033Footbreakpower .492 .158 .027 .108 -.305 -.019 -.379 -.255 -.116

    fuelefficiency .598 .286 .209 .090 -.040 .018 .102 -.204 -.133

    Extraction Method: Principal Component Analysis.

    a. 9 components extracted.

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    Rotated Component Matrixa

    Component

    1 2 3 4 5 6 7 8 9

    Durabiliy -.012 .011 .070 -.011 -.156 -.083 .682 -.025 .029

    Lookofbike -.106 -.024 -.017 .120 .004 .821 -.121 .067 .157

    Ridingcomfort -.131 .075 -.045 .283 -.106 .137 .574 .303 .134

    Color -.054 .012 -.019 -.033 -.029 .881 -.038 -.025 -.053

    Pickup .112 .031 -.047 .014 .079 -.105 .629 .027 -.066

    Height .085 .173 .154 .005 .023 .110 .058 -.092 .789Sparepartsavailability -.096 .196 .061 .003 .876 -.003 -.166 -.054 -.059

    Resalevalue .016 .839 .117 -.145 .178 .023 .105 .139 .077

    Aftersalesservice .100 .167 .109 .042 .890 -.020 .019 .044 .102

    Price .202 .809 -.005 .017 .187 -.083 .097 -.005 .038

    Newmodel .005 .390 .017 .297 .269 -.202 -.121 .551 -.195

    Engineefficiency .137 .059 .306 -.215 -.076 .111 .226 .683 -.071

    Brandpopularity .715 -.042 .008 -.018 .078 .040 .014 .460 .153

    Tyresize .731 .197 -.051 .120 -.095 -.173 .113 .039 .020

    Status .466 .304 -.028 .270 -.201 .029 .119 .441 .027

    Gearnumber -.062 .037 .686 .154 .040 -.044 -.288 .303 -.080Headlightpower .448 .156 .472 .074 -.024 -.210 -.106 -.023 .068

    Footbrakelife .729 .146 .187 .165 .011 -.058 -.055 -.095 -.047

    Maintenanceexpense .375 .359 .348 .216 -.015 .092 .246 -.034 -.455

    Maintenanceease .150 .131 .749 -.039 .184 .041 .072 .082 .050

    Bodydesign .564 -.019 .375 .080 .100 .010 .051 .031 -.001

    Bodystrenghth .339 -.060 -.007 .625 .090 -.132 .154 .068 .324

    Bodyweight .044 -.056 .329 .603 -.069 .090 .176 -.013 -.160

    Overallfunctioning .175 .019 .617 .300 -.019 .020 .251 -.136 .207

    Loadcapacity .365 .029 .391 .254 -.018 -.254 -.177 .173 .250

    Travelconvinience .400 .129 .161 .531 .150 .192 -.024 -.034 -.030

    Footbreakpower .143 .522 .037 .510 -.037 -.012 -.184 -.011 -.073

    fuelefficiency .151 .515 .286 .217 .135 .134 -.067 .184 .268

    Extraction Method: Principal Component Analysis.

    Rotation Method: Varimax with Kaiser Normalization.

    a. Rotation converged in 10 iterations.

    INTERPRETATION : With the help of the Component Matrix table we come to know about the classification of the variables among the 9 factors obtained depending on

    the values of the values of the variables among the 9 factors and this can be cross validated more effectively from the Rotated Component Matrix table and thus the 28

    variables are classified in 9 factors which are listed below :

    Factors Variables

    1) Brand value Body design, maint exp, foot break life, status, tyre size,brand popularity

    2) Economy Fuel efficiency, Foot break power, price, resale value

    3) Functionality Load capacity, Overall functioning, maint ease, headlight

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    power, gear number

    4) Body specifications Travel convenience, Body weight, Body strength

    5) After sales service After sales service, spare part availability

    6) Appearance color, look of bike

    7) Performance Pick up, durability, riding comfort

    8) Delighters Engine efficiency, new model

    9) Height height

    Component Transformation Matrix

    Component 1 2 3 4 5 6 7 8 9

    1 .605 .436 .455 .374 .158 -.066 .088 .229 .082

    2 -.363 .486 -.001 -.164 .685 .102 -.353 -.002 -.014

    3 -.233 -.074 .294 .223 -.120 .872 .047 .068 .1474 -.097 .519 -.494 -.053 -.147 .136 .596 .274 -.069

    5 -.398 -.077 .631 -.314 .032 -.260 .439 .241 -.140

    6 -.140 -.061 -.016 .307 .313 -.130 .471 -.581 .456

    7 .285 -.086 -.030 -.613 .076 .113 .024 .195 .691

    8 .214 -.518 -.212 .089 .602 .152 .248 .331 -.276

    9 .366 .114 .131 -.452 .047 .292 .186 -.570 -.430

    Extraction Method: Principal Component Analysis.

    Rotation Method: Varimax with Kaiser Normalization.

    INTERPRETATION : Component Transformation Matrix table tells us about the correlation between the components obtained before and after rotation. Thus we can

    interpret that from this table obtained C1 has highest correlation with C3 (ignoring its correlation with itself) and same is applied for other components.

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    DISCRIMINANT ANALYSIS:- Here discriminant analysis has been used to know the repurchase intention of the consumers. Here this is a two dimensional

    discrimination analysis. In the previous factor analysis 9 components have been extracted and based on those 9 components repurchase intention of the consumers has been

    measured.

    Analysis Case Processing Summary

    Un weighted Cases N Percent

    Valid 120 100

    Excluded Missing or out-of-range

    group codes

    0 0

    At least one missing

    discriminating variable

    0 0

    Both missing or out-of-

    range group codes and at

    least one missing

    discriminating variable

    0 0

    Total 0 0

    Total 120 100.0

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    Group Statistics

    Repurchase Mean Std. Deviation

    Valid N (listwise)

    Unweighted Weighted

    yes Brand Value 2.3011 .60005 88 88.000

    Economy 2.0483 .45305 88 88.000

    Functionality 2.0966 .87381 88 88.000

    Body specifications 2.3250 .53846 88 88.000

    After sales service 2.2121 .58762 88 88.000

    Appearance 2.2443 .65212 88 88.000Performance 2.3492 .63796 88 88.000

    Delighters 2.2727 .70674 88 88.000

    Height 2.7614 .97077 88 88.000

    no Brand Value 3.0365 .48773 32 32.000

    Economy 3.1172 .59563 32 32.000

    Functionality 2.3438 1.09572 32 32.000

    Body specifications 3.0625 .58240 32 32.000

    After sales service 2.7917 .72710 32 32.000

    Appearance 2.6563 .82733 32 32.000

    Performance 2.4032 .58013 32 32.000

    Delighters 2.6875 .60575 32 32.000

    Height 3.4063 .87471 32 32.000

    Total Brand Value 2.4972 .65714 120 120.000

    Economy 2.3333 .68395 120 120.000

    Functionality 2.1625 .93970 120 120.000

    Body specifications 2.5217 .63843 120 120.000

    After sales service 2.3667 .67557 120 120.000

    Appearance 2.3542 .72296 120 120.000

    Performance 2.3636 .62113 120 120.000Delighters 2.3833 .70333 120 120.000

    Height 2.9333 .98504 120 120.000

    INTERPRETATION : From this Group statistics table we can classify the respondents in to the categories the respondents who areresponding Yes if they are going to buy that company bike again and No if they are not going to buy that company bike again. Andthis is classified according to their mean and the standard deviation values for the 9 factors so the factor which is having the highestseparation of the mean value is the most preferred for the grouping of the respondents for predicting their repurchase intention for thebike from the same company. So in this case Economy has the highest separation of the mean value so the Economy is the basis onwhich respondents repurchase intention can be predicted by classifying their repurchase intention in to Yes or No.

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    Pooled Within-Groups Matrices

    Brand

    Value Economy Functionality Body specifications

    After sales

    service Appearance Performance Delighters Heigh

    Correlation Brand Value 1.000 .131 -.190 .345 .369 -.100 .153 .258

    Economy .131 1.000 -.107 -.021 .056 .220 .048 .283

    Functionality -.190 -.107 1.000 -.173 -.015 -.055 -.036 -.085

    Body

    specifications

    .345 -.021 -.173 1.000 .308 .031 -.009 .213

    After sales service .369 .056 -.015 .308 1.000 -.023 .154 .059Appearance -.100 .220 -.055 .031 -.023 1.000 -.157 .114

    Performance .153 .048 -.036 -.009 .154 -.157 1.000 .122

    Delighters .258 .283 -.085 .213 .059 .114 .122 1.000

    Height -.039 -.014 .067 .091 .002 .027 .044 -.154

    INTERPRETATION : From the Pooled within-Groups Matrices table we can find out the correlation between the various factors obtained. Since Aftersales service is having a correlation coefficient of 0.369 with Brand Value so it is a these two factors are having a moderate correlation with eachother so to some extent /moderate positive extent after sales service is related with the Brand Value of the bike company . so a company having agood brand value also provides good after sales service.

    Similarly, Delighters are having a moderate positive correlation (correlation coefficient of 0.283) with Economy so to some extent if the bikecompany is able to offer more economy to the consumers (i.e. More mileage, cheap and quality spares parts) they will be more satisfied with thebike company.

    Log Determinants

    Repurchase Rank

    Log

    Determinant

    yes 9 -8.721

    no 9 -9.034

    Pooled within-groups 9 -8.113

    The ranks and natural logarithms of determinants

    printed are those of the group covariance matrices.

    Test Results

    Box's M 81.407

    F Approx. 1.602

    df1 45

    df2 11965.803

    Sig. .006

    Tests null hypothesis of equal

    population covariance matrices.

    Ei l

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    Eigenvalues

    Function Eigenvalue % of Variance Cumulative %

    Canonical

    Correlation

    1 1.612a 100.0 100.0 .786

    a. First 1 canonical discriminant functions were used in the analysis.

    INTERPRETATION : Only one function is obtained which is having an eigen value of 1.612 and is explaining 100% variance. So one function is able

    to discriminate between the two categories of respondents having repurchase intention of either Yes or No.

    Wilks' Lambda

    Test of Function(s) Wilks' Lambda Chi-square df Sig.

    1 .383 108.961 9 .000

    INTERPRETATION : Wilks lambda is having a value of 0.383 which is close to zero so the Group means seems to be different and thus the twocategories of respondents can be discriminated for their future prediction of their repurchase intention of either Yes or No. Also the significancevalue is 0.000 which is less than level of significance of 5% i.e. 0.05 so Null hypothesis is rejected and thus it can be inferred that the group means

    seems to be different and thus the respondents can be properly classified in to two categories according to their repurchase intention.

    Standardized Canonical

    Discriminant Function

    Coefficients

    Function

    1

    BrandValue .284

    Economy .782

    Functionality .285

    Bodyspecifications .428

    Aftersalesservice .061

    Appearance .072

    Performance -.027

    Delighters -.129

    Height .182

    INTERPRETATION : From this table we can see that only one function is obtained and among which Economy is having the highest coefficient of0.782 so Economy is a sufficient base to discriminate between the two categories of respondents depending upon their repurchase intention ofeither Yes or No.

    Structure Matrix

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    Structure Matrix

    Function

    1

    Economy .759

    Body specifications .471

    Brand Value .451

    After sales service .325

    Height .239

    Delighters .214

    Appearance .206

    Functionality .093

    Performance .030

    Pooled within-groups correlations

    between discriminating variables

    and standardized canonical

    discriminant functions

    Variables ordered by absolute size

    of correlation within function.

    INTERPRETATION : From the Structure Matrix it can be cross validated that whether the function obtained from the Standardized table is able tocategorize respondents and in this table also highest value is obtained for Economy again which is 0.759 thus, Economy can be used todifferentiate between the two categories of respondents having repurchase intention of either Yes or No.

    Canonical Discriminant Function

    Coefficients

    Function

    1

    BrandValue .497Economy 1.582

    Functionality .304

    Bodyspecifications .777

    Aftersalesservice .098

    Appearance .103

    Performance -.044

    Delighters -.189

    Height .193

    (Constant) -8.034

    Unstandardized coefficients

    Functions at Group

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    Functions at Group

    Centroids

    Repurchase

    Function

    1

    yes -.759

    no 2.088

    Unstandardized canonical

    discriminant functions

    evaluated at group means

    INTERPRETATION : From the Canonical Discriminant Coefficient matrix table the all the 9 coefficients are obtained along with the value of thecentroids value for the categories Yes and No and than putting the value of these coefficients, Variables and constant in the Discriminant scoreequation the Discriminant score of all the 120 respondents can be found out and the obtained score is close to which ever centroid value willbelong to that group. Likewise for the first respondent the D value came out to me -0.547 which is close to centroid value of Yes i.e. -0.759 sofirst respondent will be placed in the category of customer who is having a repurchase intention for the same company bike.

    Prior Probabilities for Groups

    Repurchase Prior

    Cases Used in Analysis

    Unweighted Weighted

    Yes .500 88 88.000

    No .500 32 32.000

    Total 1.000 120 120.000

    Classification Resultsb,c

    Repurchase

    Predicted Group Membership

    TotalYes no

    Original Count Yes 82 6 88

    No 1 31 32

    % Yes 93.2 6.8 100.0No 3.1 96.9 100.0

    Cross-validateda Count Yes 79 9 88

    No 3 29 32

    % Yes 89.8 10.2 100.0

    No 9.4 90.6 100.0

    a. Cross validation is done only for those cases in the analysis. In cross validation, each

    case is classified by the functions derived from all cases other than that case.

    b. 94.2% of original grouped cases correctly classified.

    c. 90.0% of cross-validated grouped cases correctly classified.

    INTERPRETATION : From the Classification results table we obtained the predicted group membership. On the basis of this we can infer that out ofthe 88 respondents who said that they are having a repurchase intention for the same company bike 82 (93.2%) have a probability or prediction ofrepurchasing the same company bike and 6 (6.8%)are not having the prediction of repurchasing the same company bike.

    Similarly out of the 32 respondents who replied that they are not having a repurchase intention for the same company bike 31 (96.9%) are having

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    y p p y g p p y ( ) ga chance of staying with their response and 1 (3.1%) is not having a chance of staying with his response.

    Thus it can be inferred that a majority of the consumers are satisfied with the attributes offered by the bike company which they are using and amajority of them are having a repurchase intention of buying the same company bike.

    CONCLUSION: -

    Customers are satisfied with Brand Value, economical attributes, and functionality.

    Economical attributes affect more to create differentiation in the repurchase intention of the consumers.

    RECOMMENDATION: -

    As economical factors are very important to create differentiation among the loyal and disloyal customers so companies should pay morefocus on economical factors.

    Consumers are not satisfied with the appearance , riding comfort, height of the bike so companies should focus more on these attributes.

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    ANNEXURE: -

    Name -

    1) Age:

    15-20.

    20-25.

    25-30.

    30-35.

    35 or above.

    2) Academic Qualification:

    HSC.

    GRADUATE.

    POST GRADUATE

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    POST GRADUATE.

    Other

    3) Occupation:

    Student.

    Private sector.

    Public sector.

    Business man

    Retired.

    Unemployed.

    4) Annual Income

    Less than 3 Lakh.

    3 to 6 Lakh.

    6 to 9 Lakh.

    9 to 12 Lakh.

    More than 12 Lakh.

    5) Which Brand Bike do you have?

    Hero Honda

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    Hero Honda.

    BAJAJ

    TVS

    HONDA

    6) Please tick on the right box related with your satisfaction with the product attributes of yourbike.

    Statements

    Highlysatisfied

    Satisfied

    Neutral

    Dissatisfied

    HighlyDissatisfied

    Durabilityof Bike

    Look ofBike

    RidingComfort ofBike

    Color ofBike

    Foot breakpower

    Pick up ofBike

    Fuelefficiencyof Bike

    Height of

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    gBike

    Sparepartsavailability

    Re-sale

    value

    After salesservice

    Price ofBike

    New modelof Bike

    Engineefficiency

    Brandpopularity

    Tyre size( Stability)

    Travelconvenience

    Status ofBike

    GearNumber

    HeadlightPower

    Foot brakelife

    Maintenance

    expenses

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    p

    Maintenance ease

    Bodydesign ofBike

    Bodystrength

    Bodyweight ofBike

    Overallfunctioning

    Load

    Capacity

    7) Would you like to buy the Bike of same company again?

    YES

    NO