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The study highlights the financial performance of the activity by analysing revenue, expense and profit indicators. Information used is the data entered in the Profit and Loss Account, which presents the statement of income, expenses (by component) and profit or loss. The financial results are analysed for the period 2014-2015, the analysis method used being the time comparison. This method evaluates the results in units, in dynamics, and highlights the deviations from the terms of reference with which it operates...

The main purpose of the paper is to highlight the main components of revenues and expenditures, respectively their influence on the financial result indicators. Simultaneously attempts are made to make recommendations for improving the financial situation. The paper analyzes the specific situation of the 2013-2015 period. For this purpose, documentation was carried out at the unit level and time comparison was used as a method of analysis. As the key indicators we use, we discuss revenue, expense and profit-relate...

The paper seeks to present the numerical composition of the mechanical park for the South West Oltenia region, in a national context, on components: tractors, plows, cultivators, sowing machines, sprayers and dredgers, combines, straw and hay balers, forage feeders. At the same time, the load on the machine is also presented. The editing of the study is based on the comparison method, using two variants: time comparison and space comparison. For the period 2013-2015, a dynamic series of three components and multia...

The study shows how to distribute tomato products at national level. For this purpose, the weights held by the macro regions and the regions of economic development at national level. The drawing of the paper used the method of comparison in time and space. The analyzed period was 2012-2014. The approach presents the national, macroregional and regional situation of the indicators, establishing the structure indices (cultivated area and total production) according to the formula: Is = (Si, Qi / St, Qt) x 100 (%). ...