Appendix 3: On the Independence of the Employment
Matrix from the Price Level
To show this, we again use a closed input-output system, similar to the one used in Appendix 2.
Each nominal entry Xij is now split into its two components, a quantity q, and its price p.
We will consider two goods only, with prices p1 for good 1 and p2 for good 2. The quantities q
of each good are evaluated at the same price regardless of their destination (to other firms as
intermediate products or to final demand). This system can be written as follows:
q11 p1 q12 p1 (q11+q12)p1
q21 p2 q22 p2 (q21 +q22)p2
(q11p1+q21p2)(q12p1+q22p2)
v1p1 v2p2
g1p1 g2p2
f1 p1 g1 p1
f2p2 g2p2
(g1p1+g2p2)
where the subscripts 1 and 2 denote the two goods, f final demand, v value added, and g gross
output.
The employment matrix N can be written as:
^ N1 |
0 |
1 - q22 p2 |
‰ P1 " | |
N= 1 |
g1P1 |
g 2 P 2 |
g 2 P 2 Г Â P1 0 | |
DET |
0 |
N2 |
q 21 p 2 |
1 q11 P1 0 f2 P 2 1- |
L |
g 2 P 2 _ |
_ g1P1 |
g 1P1 _ |
where N represent employment in the two industries and DET is the determinant of the
coefficients matrix. DET is independent of the price level of the two goods:
DET =
∖ - q11 Pi Y1 - q22 p 2 Y ‰ p q 21 p 2
l g1P1 Jl g 2 P 2 J g 1P1 g 2 P 2
which simplifies to
49
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