Adding up the elements of the columns of matrices B, 
and P, we get generalized values of the total marginal costs of all factors for the production of 1 ruble. KP of the corresponding industry. In our example, for industry it is 6.74, and for agriculture-
va – 5,847, table. 6.9.
Table 6.9 Resource requirements
Distribution of costs and profits for production
final product (basic version)
Cost parameters | Industry | Costs for 1 unit of CP | Costs for the entire volume of cp | Total for the entire volume of the CP | ||
1 | 2 | 1 (110) | 2 (-40) | |||
Intermediate | 1. Industry | 3,34-1 | 1,67 | 257,4 | -66,8 | 190,6 |
2. Agriculture | 3,34 | 4,17-1 | 367,4 | -126,8 | 240,6 | |
Total | 5,68 | 4,84 | 624,8 | -193,6 | 431,2 | |
Wages | 1. Industry | 0,23 | 0,12 | 25,3 | -4,8 | 20,5 |
2. Agriculture | 0,33 | 0,42 | 36,3 | -16,8 | 19,5 | |
Total | 0,56 | 0,54 | 61,6 | -21,6 | 40 | |
Current costs | 1. Industry | 2,57 | 1,79 | 282,7 | -71,6 | 211,1 |
2. Agriculture | 3,67 | 3,59 | 403,7 | -143,6 | 260,1 | |
Total | 6,24 | 5,38 | 686,4 | -215,2 | 471,2 | |
Profit | 1. Industry | 0,1 | 0,05 | 11 | -2 | 9 |
2. Agriculture | 0,334 | 0,417 | 36,7 | -16,7 | 20 | |
Total | 0,434 | 0,467 | 47,7 | -18,7 | 29 |
Added value | 1. Industry | 0,33 | 0,17 | 36,3 | -6,8 | 29,5 |
2. Agriculture | 0,664 | 0,837 | 73,04 | -33,48 | 39,56 | |
Total | 0,994 | 1,007 | 109,34 | -40,28 | 69,06 | |
Operating costs and profits | 1. Industry | 2,67 | 1,84 | 293,7 | -73,6 | 220,1 |
2. Agriculture | 4,004 | 4,007 | 440,44 | -160,28 | 280,16 | |
Total | 6,674 | 5,847 | 734,14 | -233,88 | 500,26 | |
Main production assets | 1. Industry | 5,01 | 2,5 | 551,1 | -100 | 451,1 |
2. Agriculture | 6,68 | 8,34 | 734,8 | -333,6 | 401,2 | |
Total | 11,69 | 10,84 | 1285,9 | -433,6 | 852,3 | |
Total costs (current + capital, taking into account regulatory efficiency (En = 0.1)) | 1. Industry | 3,07 | 2,04 | 337,7 | -81,6 | 256,1 |
2. Agriculture | 4,34 | 4,42 | 477,4 | -176,8 | 300,6 | |
Total | 7,41 | 6,46 | 815,1 | -258,4 | 556,7 |
Capital expenditures will be taken into account through the relevant coefficients.
Total cost ratios, but taking into account their regulatory efficiency (En = 0.1), to bring them to the annual volume of current costs. Therefore, the total cost per 1 unit of industrial cp is 8.34, and for 1 unit of agricultural cp – 6.93, table. 6.9.
Priorities in the development of industries depend on what type of costs are taken into account. In our case, it turned out that agriculture is more preferable (economical) for all types of costs. Therefore, the preservation of negative KP (imports) for this industry is impractical. It is better to import industrial products, because its production is costly.