Due to global inflation that affected the world in 2008, many business enterprises have been finding it difficult to cope in the market (March, 2009) and (Romano, 2009). The economic turmoil dealt many industries a heavy blow. And until recently it has been difficult for various businesses to get up to their knees. Worse is for the new entrants in various industries. The new entrepreneurs have had to face the stiff competition waged by very established businesses in those particular industries (Mowlana & Smith, 2003) and (March, 2009). So for the new businesses to thrive in the global market they have to strategize to counter their competitor’s strong selling points. These strategies might include very elaborate sales and marketing approaches so as to increase their sales and hence widen their profit margins.
Strong profit margin is very fundamental aspect of any business organization which needs to remain competitive in the market. This is because is a wider profit margin that will support various operations of the business from paying of salaries, business inputs, advertisement costs, logistics costs to production costs. This means that if any business does not pay attention to how it can solidify its sources of profits, then the business might be in a state of jeopardy. Harvest Kitchen is a young company that has been dealing with fruits and vegetables. The problems facing other new companies have also been playing out in Harvest Kitchen Company. They have being faced by low gross profits which is being attributed to low sales annually. The low amount sale on the other hand is believed to be due to lack of conversion of leads to actual business opportunities. Lastly, the cost of goods has also been a factor contributing to low sales. It for this reason the management of the organization has decided to carry out a research report on their business operations in order to identify areas that are directly affecting their revenues so that they can improve on them.
It can be observed from the graph above that the best performing product from Harvest Kitchen was drinks. This is because it had an annual sales amount of 20,673.81 in thousand dollars. This was an amount far beyond other products in the company. Other relatively performing well products were bakery products. From these the company as can be seen from the graph was able to make an annual sale of 10,137.55 in thousand dollars. The worst performing products in terms of sales were Ayurvedic and Chocolate & slices. These were only able achieve 678.75 and 135.92 respectively in thousand dollars.
Harvest Kitchen Company allows their customers to pay for their products using various methods of payments; the common ones being credits and visas. Since these are internationally accepted methods of payments, it has given the business an opportunity to even sell products internationally. It has also help widen the customer base since customers have been allowed to pay using methods that they are comfortable with. In order to assess the payment method that is most convenient to majority of customers, the company sought to determine whether there was a reason to conclude that there was a major difference in the two major payment methods. To establish this, a paired sample t-test was used to determine whether there was a significant difference in the two payment methods. The test hypothesis was as illustrated below,
H0: There is no significant difference between payments through credit and visa.
Versus
H1: There is significant difference between payments through credit and visa.
The test results were as below at 95% confidence level
Paired Samples Statistics |
|||||
Mean |
N |
Std. Deviation |
Std. Error Mean |
||
Pair 1 |
credit |
584.8115 |
366 |
228.86716 |
11.96308 |
visa |
555.8443 |
366 |
244.88987 |
12.80060 |
Table 1
Paired Samples Correlations |
||||
N |
Correlation |
Sig. |
||
Pair 1 |
credit & visa |
366 |
.931 |
.000 |
Table 2
Paired Samples Test |
|||||||||
Paired Differences |
t |
df |
Sig. (2-tailed) |
||||||
Mean |
Std. Deviation |
Std. Error Mean |
95% Confidence Interval of the Difference |
||||||
Lower |
Upper |
||||||||
Pair 1 |
credit – visa |
28.96721 |
89.48246 |
4.67732 |
19.76933 |
38.16510 |
6.193 |
365 |
.000 |
From the paired t-test results above, it can be observed that the Pearson correlation coefficient is .9. This value is close to 1 which usually indicates a perfect positive correlation between any two variables. It can therefore be concluded that there is a very strong positive relationship between the two payment methods in the positive direction. On the other hand, comparing the p-value computed (.00) and the level of significance (.05), it can be observed that the p-value is less than the level of significance. This therefore means that the null hypothesis is rejected and the alternative hypothesis accepted. The conclusion then is that there is significant difference between payments through credit and visa.
Placing items in different locations can indeed influence the amount of those items that can be bought. Exposing items in a shop make them to be seen by customers thereby prompting the customers to buy them. On the other hand, products which are placed in crowded shelves or far from the entrance of the shop can minimize the attention they get from customers thereby decreasing their chances of being bought too. Research has it that if products that do not attract much attention or are not so much on demand placed close to fast moving goods, then their chances of being bought always increase by some percentage. This is explained by influence of impulse buying. Harvest Kitchen has five locations where they place their products. What is not clear is whether the five locations get equal attention and hence purchase from customers. It is for this reason that this research report decided to carry out an analysis to determine whether there is significant difference in sales levels from the five different locations. The test statistic to be employed is an analysis of variance. This test is appropriate since the variables involved are more than two. The test hypothesis has been illustrated as below;
The test hypothesis
H0: There is no significant difference in the sales of products from the five locations.
Versus
H1: At least sales from one location are different.
ANOVA |
||||||
Sum of Squares |
df |
Mean Square |
F |
Sig. |
||
location1 |
Between Groups |
295770218.364 |
185 |
1598757.937 |
4.448 |
.000 |
Within Groups |
44931115.379 |
125 |
359448.923 |
|||
Total |
340701333.743 |
310 |
||||
location2 |
Between Groups |
51535594.667 |
185 |
278570.782 |
2.754 |
.000 |
Within Groups |
12643881.982 |
125 |
101151.056 |
|||
Total |
64179476.650 |
310 |
||||
location3 |
Between Groups |
244998995.000 |
11 |
22272635.909 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
244998995.000 |
11 |
||||
location4 |
Between Groups |
177884531.450 |
147 |
1210098.853 |
1.389 |
.139 |
Within Groups |
27873309.500 |
32 |
871040.922 |
|||
Total |
205757840.950 |
179 |
Table 4 above is an illustration of analysis of variance results. From the results it can be observed that the p-values computed are generally less than the level of significance which is .05. The decision therefore is, the null hypothesis is rejected while the alternative hypothesis is accepted. The conclusion therefore is that at least the sales level from one or more locations is different. For the research to establish the different locations, then a Duncan’s test is recommended.
It is a conventional norm in any business that the more the sales the more the gross profit realized. However sometimes more sales do not translate to more gross profit as products might be fetching low prices in the market. Again, sales across the year can also not be constant due to various factors. The factors may include market conditions that do not favor sales such as excessive supply of a given commodity in the market. Sometimes factors such as weather may affect the amount of production and hence the amount of sales. Since Harvest Kitchen deals with agricultural products, due to the above mentioned factors, the sales levels cannot be the same across the months of the year.
H0: The mean sales level is the same across all the months of the year.
Versus
H1: At least one month is different in terms of sales.
The test’s confidence level is 95%
ANOVA |
||||||
Sum of Squares |
df |
Mean Square |
F |
Sig. |
||
Net sales January |
Between Groups |
3678107.097 |
30 |
122603.570 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
3678107.097 |
30 |
||||
Net sales February |
Between Groups |
1492938.000 |
28 |
53319.214 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
1492938.000 |
28 |
||||
Net sales March |
Between Groups |
4187028.774 |
30 |
139567.626 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
4187028.774 |
30 |
||||
Net sales April |
Between Groups |
2786878.800 |
29 |
96099.269 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
2786878.800 |
29 |
||||
Net sales May |
Between Groups |
3317298.839 |
30 |
110576.628 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
3317298.839 |
30 |
||||
Net sales June |
Between Groups |
1418345.467 |
29 |
48908.464 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
1418345.467 |
29 |
||||
Net sales July |
Between Groups |
1765256.194 |
30 |
58841.873 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
1765256.194 |
30 |
||||
Net sales Aug. |
Between Groups |
2698581.935 |
30 |
89952.731 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
2698581.935 |
30 |
||||
Net sales Sep |
Between Groups |
2248828.000 |
29 |
77545.793 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
2248828.000 |
29 |
||||
Net sales Oct |
Between Groups |
3395575.419 |
30 |
113185.847 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
3395575.419 |
30 |
||||
Net sales Nov |
Between Groups |
2655303.367 |
29 |
91562.185 |
. |
. |
Within Groups |
.000 |
0 |
. |
|||
Total |
2655303.367 |
29 |
The table 5 above, the analysis of variance results show that there p-values calculated are generally larger than the significant level used in the test. In anova test, if the p-value is less than the level of significance, then the decision is always that the null hypothesis is rejected and the alternative is not rejected. The reverse is also true. In regard to this test rule, since it has been found in this test that the p-values are less than .05, then the decision rule is that the null hypothesis is rejected and the alternative is accepted. This means then that at least sales from one month are different. For the test to determine from which month or months are sales different, then further tests such as Duncan’s tests are recommended.
Test for gross profit difference between the months
Hypothesis
H0: There is no significant difference in gross profit across the 12 months of the year.
Versus
H1: At least one month is different in terms of gross profit.
In this hypothesis, 95% confidence level has been applied.
ANOVA |
||||||
Sum of Squares |
df |
Mean Square |
F |
Sig. |
||
jan_gp |
Between Groups |
50905.200 |
28 |
1818.043 |
4.474 |
.199 |
Within Groups |
812.659 |
2 |
406.329 |
|||
Total |
51717.859 |
30 |
||||
feb_gp |
Between Groups |
7919.956 |
27 |
293.332 |
.164 |
.980 |
Within Groups |
1791.610 |
1 |
1791.610 |
|||
Total |
9711.566 |
28 |
||||
march_gp |
Between Groups |
7419.298 |
28 |
264.975 |
1.097 |
.586 |
Within Groups |
482.904 |
2 |
241.452 |
|||
Total |
7902.202 |
30 |
||||
Apr gp |
Between Groups |
3216.693 |
27 |
119.137 |
.156 |
.995 |
Within Groups |
1528.049 |
2 |
764.024 |
|||
Total |
4744.742 |
29 |
||||
may_gp |
Between Groups |
12456.400 |
28 |
444.871 |
36.134 |
.027 |
Within Groups |
24.623 |
2 |
12.312 |
|||
Total |
12481.023 |
30 |
||||
june_gp |
Between Groups |
6554.626 |
27 |
242.764 |
25.033 |
.039 |
Within Groups |
19.395 |
2 |
9.698 |
|||
Total |
6574.022 |
29 |
||||
july_gp |
Between Groups |
8586.214 |
28 |
306.651 |
2.287 |
.350 |
Within Groups |
268.174 |
2 |
134.087 |
|||
Total |
8854.388 |
30 |
||||
aug_gp |
Between Groups |
12119.709 |
28 |
432.847 |
1.136 |
.574 |
Within Groups |
762.284 |
2 |
381.142 |
|||
Total |
12881.994 |
30 |
||||
sept_gp |
Between Groups |
22640.467 |
27 |
838.536 |
.116 |
.999 |
Within Groups |
14424.341 |
2 |
7212.171 |
|||
Total |
37064.809 |
29 |
||||
oct_gp |
Between Groups |
42678.595 |
28 |
1524.236 |
1.087 |
.590 |
Within Groups |
2803.541 |
2 |
1401.771 |
|||
Total |
45482.136 |
30 |
||||
nov_gp |
Between Groups |
68636.751 |
27 |
2542.102 |
2.032 |
.383 |
Within Groups |
2502.487 |
2 |
1251.244 |
|||
Total |
71139.239 |
29 |
Table 6
The table 6 above, the analysis of variance results show that there p-values calculated are generally larger than the significant level used in the test. In anova test, if the p-value is less than the level of significance, then the decision is always that the null hypothesis is rejected and the alternative is not rejected. The reverse is also true. In regard to this test rule, since it has been found in this test that the p-values are more than .05, then the decision rule is that the null hypothesis is rejected and the alternative is accepted. This therefore indicates that there is no significant difference in gross profit across the 12 months of the year.
To establish whether there was a relationship between sales and rainfall, a Pearson correlation test was used to establish the same. A Pearson correlation coefficient usually span from -1 to 1. -1 means a negative perfect correlation while 1 means a positive perfect positive correlation.
The test results for the correlation are as shown in the table below,
Correlations |
|||
SALES |
RAINFALL |
||
SALES |
Pearson Correlation |
1 |
.057 |
Sig. (2-tailed) |
.273 |
||
N |
366 |
366 |
|
RAINFALL |
Pearson Correlation |
.057 |
1 |
Sig. (2-tailed) |
.273 |
||
N |
366 |
366 |
Table 7
Table 7 above shows the results for relationship between rainfall and sales. The correlation coefficient between the two variables is .06. This shows that there is a weak but positive relationship between rainfall and sales.
To establish whether there was a relationship between sales and net profit, a Pearson correlation test was used to establish the same. A Pearson correlation coefficient usually span from -1 to 1. -1 means a negative perfect correlation while 1 means a positive perfect positive correlation.
The test results for the correlation are as shown in the table below,
Correlations |
|||
SALES |
Net profit |
||
SALES |
Pearson Correlation |
1 |
.017 |
Sig. (2-tailed) |
.745 |
||
N |
366 |
366 |
|
Net profit |
Pearson Correlation |
.017 |
1 |
Sig. (2-tailed) |
.745 |
||
N |
366 |
1034 |
Table 7
Table 7 above shows the results for relationship between rainfall and sales. The correlation coefficient between the two variables is .02. This shows that there is a weak but positive relationship between net profit and sales.
The research report found that there was no relationship between rainfall and sales. It was also found that the gross profit the company fetched from sales every month showed not much improvement. The report therefore recommends to the management of Harvest Kitchen that since it deals in agricultural products, it will be very dangerous to rainfall to do any forecast of their sales at any month of the year. This is because the two have been found not to have any strong relationship. The report also recommends that there should be a lot of sales and marketing done by the company if at all profit margins are to be widened. This is because the current trend shows little improvement in gross profits from one month to the other.
Kotler , P. (2012). Marketing Management: Analysis, Planning, Implementation and Control,. Englewood Cliffs, NJ.: Prentice-Hall.
March, R. (2009). Tourism marketing myopia”, Tourism Management. (Vol. 15).
Mowlana, H., & Smith, G. (2003). Marketing in a global context: the case of frequent traveler programs. Journal of Travel Research, 33, 20-27.
Romano, C. (2009). Research strategies for small business: a case study. International Small Business Journal, 7, 35-43.l Business Journal, 7, 35-43.
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