![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjfbb2wDz0eKJt309fvw8PBfcN_Peb9gwtXwDpCnOLVMvecWeH6pbfCy-nAyffvd_YpXCis-FVv1Je6b132Fq2u8nCtjkF22pd9eli7J_xZLBcm1uHZ1Qy_1U_2Q7cXR2mPKKnTpVojadop/s320/CPR+before+CNR.jpg)
This graph represents the CNR. Notice that because this comany was put in place by the Canadian Government, creating competition for the CPR, we see that the demand curve is not as inelastic or less steep. Also the demand curve as moved left because now there is competition and subsitution is available to consumers. However, because there is only ONE other company as competition, the demand curve is still fairly steep and has not moved left all that much. Also, the price point has gone down, however, it is still a fair ways above the ATC and the fair-return point which shows that even with the CPR as competition CNR is still an allocatively and productively inefficient company. CNR, in this graph, has a larger profit (then the CPR, graph below) and the ATC is slightly closer to the demand curve which means that costs were slightly lower for CNR in this instance (The box with orange shading is profits).
This graph is of the CPR AFTER CNR entered the market. Due to the entrance of CNR, CPR's demand curve moves left AND becomes more elastic. In this graph, I choose to draw CPR having slightly higher costs and therefore they have lower profits. (The box with orange shading is profits). Despite, CNR's presence in the market, CPR is still productively and allocatively inefficient because, the price point is much higher then ATC and it is also higher then the fair-return point. Needless to say, the oligopoly formed by these two companies doesn't really change the inefficiency problems created by the monopoly of CPR, it may decrease the problem slightly, but not by a whole lot. This is good way of showing that oligopolies are almost as inefficient as their monopolitic counterpart.
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