All the charts like these need to be in the appendix!
APPENDIX
TEST OF MEANS
ANOVA
Sum of Squares
df
Mean Square
F
Sig.
carefosustainabibility
Between Groups
67.933
3
22.644
8.132
.000
Within Groups
267.307
96
2.784
Total
335.240
99
sustainabilityandpurchaseprice
Between Groups
70.030
3
23.343
8.818
.000
Within Groups
254.130
96
2.647
Total
324.160
99
sustainabilefashionawareness
Between Groups
129.927
3
43.309
18.071
.000
Within Groups
230.073
96
2.397
Total
360.000
99
productionprocessawareness
Between Groups
85.591
3
28.530
11.902
.000
Within Groups
230.119
96
2.397
Total
315.710
99
careforsustainablefashion
Between Groups
94.141
3
31.380
14.315
.000
Within Groups
210.449
96
2.192
Total
304.590
99
ennvironmentalconcern
Between Groups
128.793
3
42.931
13.548
.000
Within Groups
304.197
96
3.169
Total
432.990
99
spendinglimit
Between Groups
60.032
3
20.011
12.333
.000
Within Groups
155.758
96
1.622
Total
215.790
99
variables
Between Groups
82.100
3
27.367
17.439
.000
Within Groups
150.650
96
1.569
Total
232.750
99
locationofshopping
Between Groups
134.788
3
44.929
22.468
.000
Within Groups
191.972
96
2.000
Total
326.760
99
buyingdecisions
Between Groups
79.543
3
26.514
7.637
.000
Within Groups
333.297
96
3.472
Total
412.840
99
importanceofsustainablemindset
Between Groups
88.662
3
29.554
18.149
.000
Within Groups
156.328
96
1.628
Total
244.990
99
age
Between Groups
.272
3
.091
1.566
.203
Within Groups
5.568
96
.058
Total
5.840
99
Frequency
shoppingfrequency
Frequency
Percent
Valid Percent
Cumulative Percent
Valid
Every 6 Months
28
28.0
28.0
28.0
Monthly
27
27.0
27.0
55.0
Weekly
37
37.0
37.0
92.0
Yearly
8
8.0
8.0
100.0
Total
100
100.0
100.0
freq
Frequency
Percent
Valid Percent
Cumulative Percent
Valid
Weekly
37
37.0
37.0
37.0
Monthly
27
27.0
27.0
64.0
Every 6 Months
28
28.0
28.0
92.0
Yearly
8
8.0
8.0
100.0
Total
100
100.0
100.0
carefosustainabibility
Frequency
Percent
Valid Percent
Cumulative Percent
Valid
strongly disagree
7
7.0
7.0
7.0
disagree
5
5.0
5.0
12.0
somewhat disagree
13
13.0
13.0
25.0
neutral
20
20.0
20.0
45.0
somewhat agree
17
17.0
17.0
62.0
agree
13
13.0
13.0
75.0
strongly agree
25
25.0
25.0
100.0
Total
100
100.0
100.0
productionprocessawareness
Frequency
Percent
Valid Percent
Cumulative Percent
Valid
strongly unaware
17
17.0
17.0
17.0
unaware
23
23.0
23.0
40.0
somewhat unaware
27
27.0
27.0
67.0
nuetral
8
8.0
8.0
75.0
somewhat aware
9
9.0
9.0
84.0
aware
10
10.0
10.0
94.0
strongly aware
6
6.0
6.0
100.0
Total
100
100.0
100.0
spendinglimit
Frequency
Percent
Valid Percent
Cumulative Percent
Valid
$20-$25
30
30.0
30.0
30.0
$25-$30
26
26.0
26.0
56.0
$30-$35
11
11.0
11.0
67.0
$35-$40
24
24.0
24.0
91.0
$40-$45
4
4.0
4.0
95.0
$45-$50
5
5.0
5.0
100.0
Total
100
100.0
100.0
ennvironmentalconcern
Frequency
Percent
Valid Percent
Cumulative Percent
Valid
1.00
13
13.0
13.0
13.0
2.00
9
9.0
9.0
22.0
3.00.
History Class XII Ch. 3 Kinship, Caste and Class (1).pptx
All the charts like these need to be in the appendix!APPENDIX.docx
1. All the charts like these need to be in the appendix!
APPENDIX
TEST OF MEANS
ANOVA
Sum of Squares
df
Mean Square
F
Sig.
carefosustainabibility
Between Groups
67.933
3
22.644
8.132
.000
Within Groups
267.307
96
2.784
Total
335.240
99
sustainabilityandpurchaseprice
Between Groups
25. Here’s what where are doing
The research question is
We are trying to open a women clothing line in our store and
conducted a servey to see what would happen
This is the survey. You can see it in the SPSS file
Thank you for your time!
This is the Fqy column and so on
1. How many times do you shop for clothes per month?
Weekly Monthly Every 6 months yearly
2. Do you care about the use of sustainable products?
Strongly agree 1 2 3 4 5
6 7 Strongly Disagree
3. If you knew that your next product purchase was
sustainable/ethically made, would you spend more money on it?
Strongly agree 1 2 3 4 5
6 7 Strongly Disagree
4. What does the term “sustainable clothing” mean to you?
_____________________________________________________
_________________
26. 5. How well do you know what sustainable fashion/clothing
is?
Strongly aware 1 2 3 4 5
6 7 Strongly Unaware
6. To what extent do you care about sustainable fashion?
Strongly agree 1 2 3 4 5
6 7 Strongly Disagree
7. How well do you know how your clothes are
made/processed?
Strongly aware 1 2 3 4 5
6 7 Strongly Unaware
8. How much does the sustainability factor affect into your
buying decisions?
Strongly agree 1 2 3 4 5
6 7 Strongly Disagree
9. How important is the environment to you?
Strongly agree 1 2 3 4 5
6 7 Strongly Disagree
10. Circle 2 variables that ultimately affect your clothing
purchase
a. Price
b. Quality
c. Ethically Sourced
d. Comfort
e. Durability
f. How it fits
27. 11. How much do you usually spend on a high quality material
T-Shirt?
a. $ 20.00 - $25.00
b. $ 25.00 - $30.00
c. $ 30.00 - $35.00
d. $35.00 - $40.00
e. $40.00 - $45.00
f. $45.00 - $50.00
g. Other: $______
12. Where do you usually buy your clothes?
a. Shopping Mall
b. Online Stores
c. Swap Meet
d. Thrift Stores
e. Both a & b
f. All of the above
13. How important is it to have an environmentally /
sustainable mindset towards clothing?
Strongly agree 1 2 3 4 5
6 7 Strongly Disagree
14. Have you heard of the clothing store: Industry of all
nations?
Strongly aware 1 2 3 4 5
6 7 Strongly Unaware
15. Are you?
Male Female
16. How old are you?
a. Under 18
b. 18 – 25
c. 25 – 35
28. d. 35 +
This is the example that I want you to follow
Data analysis and findings
A variety of statistical analyses were conducted to assess
students attitudes and perspectives on whether or not offers
enough healthy food options on campus.
Our finding for each test are presented by first listing the null-
hypothesis and alternative hypothesis, following by our data
analysis.
Per a cross-tabulation test (Figure A) we were able to identify
what percentage of full-time and part-time students were
considered healthy and unhealthy. Our results showed that out
of the 98 full-time students only 74.5% are considered
unhealthy while 25.5% are healthy. Of the six part-time
students, 83.3% are unhealthy and 16.7% are healthy.
Null Hypothesis5: There is no significant difference in the
weekly average amount spend on campus meals between healthy
and unhealthy students.
Alternative-Hypothesis5: There is a significant difference in the
weekly average amount spend on campus meals between healthy
and unhealthy students.
An Independent Sample T-test was used to compare the weekly
average spending for healthy and unhealthy students. Looking at
the means only [n = 104, Munhealthy = 3.52, Mhealthy = 2.92]
the unhealthy students in the sample did spend more money on
average (Table 1). However, the significance level [p = .609]
(Table 1A) is greater than our confidence 95% or 0.05. The
reason [p = .609] is due to the variance in the two groups. The
29. variance is also tested when using an independent sample t-test
through “Lavene’s Test for Equality of Variance” where we
have the following hypotheses:
Null Hypothesis6: There is no significant difference in variance
between healthy and unhealthy students in regards to current
food expectations.
Alternative-Hypothesis6: There is a significant difference in
variance between healthy and unhealthy students in regards to
current food expectations.
The analysis of the variance showed a significance level higher
than our 0.05 confidence level [p = .472], therefore, we fail to
reject the null-hypothesis and assume the variance to be equal.
In other words, it is the significant level .609 that will tell us
whether the weekly average spending difference is of
significance. That is, with 95% confidence there is no
significant difference in the weekly average amount spend on
campus meals between healthy and unhealthy students.
Null Hypothesis7: There is no difference in the current food
expectation-level between healthy and unhealthy students.
Alternative-Hypothesis7: There is a significant difference in the
current food expectation-level between healthy and unhealthy
students.
An Independent Sample T-test was used to compare the means
of the expectation level with current food options between
healthy and unhealthy students. Looking at the means only [n =
104, Munhealthy = 5.53, Mhealthy = 5.54] the unhealthy
students in the sample did, on average, feel that the current food
options met their expectations (Table 2). However, the
significance level [p = .977] (Table 2A) is greater than our
confidence 95% or 0.05. The reason [p = .977] is due to the
variance in the two groups. The “Lavene’s Test for Equality of
Variance” tested the variance between the two groups where we
had the following hypotheses:
Null Hypothesis8: There is no significant difference in variance
between healthy and unhealthy students in regards to current
30. food expectations.
Alternative-Hypothesis8: There is a significant difference in
variance between healthy and unhealthy students in regards to
current food expectations.
“Lavene’s Test for Equality of Variance” we got a significance
of [p = 0.025], which is lower than our confidence-level of 0.05
or 95%. Therefore, we reject the null-hypothesis and read the
independent sample t-test based upon the variances not being
equal. This means that the significance we interpret to see if
there is a difference in food expectations is [p = .977]. Here,
our p-value is more than our confidence level of 0.05; therefore,
we fail to reject the null-hypothesis, and can with 95%
confidence say that, there is no significant difference in the
current food expectation-level between healthy and unhealthy
students.