--%>

Article on Agriculture and economic development

Read the article on blackboard in the assignments area, John McCallum "Agriculture and economic development in Ontario and Quebec until 1870", Gordon Laxer, ed. Perspectives on Canadian Economic Development: Class, Staples, Gender and Elites (Toronto: Oxford University Press, 1991).

a. Which colour/region on the game board seems to have the best chance of winning? Explain your reasons?

b. If you think of Canada in 1867, is this game board historically accurate? How would you change the game board, or the conditions at the start of the game to make it more historically accurate?

c. If you were to play with the game board that you described in part b, then which colour/region on the game board would have the best chance of winning? Explain your reasons.

Answer:

(i) Green coloured region, Ontario, seems to have the best chance of winning the game. There are many reasons to choose this region as the favourite. Few of them are better agricultural productivity, higher per capita GDP, larger amount of land per capita, and subsequent development of institutions like banks. Furthermore, even the industries of this region were better developed than that of other regions.

(ii) The depiction in the game seems to be inaccurate if we take into account the geographical distribution of Canada in 1867. There was no place called Manitoba and Labrador during that period. Similarly, Alberta was not there, among other different regions.

Though the regions are not representative as it were on 1867, there is no change required in the beginning of the game. The main things to change will the names of the territories since the resource endowment does not change with nomenclature.

(iii) The assertion of first part remains valid and still Ontario seems to win the game.

   Related Questions in Macroeconomics

  • Q : How central bank reduce the

    Describe any two measures by which a Central Bank can attempt to decrease the gap. Answer: Central bank can decrease this gap by adopting two measures illustrated b

  • Q : Paradox of Value-High values of

    The fact that most of the necessities for life like water are priced much lower than the frivolities like diamonds is addressed by the: (1) Utilitarian enigma. (2) Law of diminishing marginal utility. (3) Rational ignorance of hypothesis. (4) Paradox of the value. (5)

  • Q : Founder of utilitarianism The founder

    The founder of utilitarianism be: (1) Adam Smith. (2) John Stuart Mill. (3) Jeremy Bentham. (4) Feodor Dostoyevsky. (5) Thorstein Veblen. (6) Alfred Marshall. Can someone help me in getting through this problem.

  • Q : Purchasing good according to Law of

    The market price you pay for each and every particular goods you purchase regularly is probably most closely associated with the last unit of each and every good’s: (1) Marginal utility. (2) Total utility. (3) Producer surplus. (4) Consumer surplus. (5) Economic

  • Q : Business For every value of real GDP,

    For every value of real GDP, actual investment equals? A. Planned Investments B. The difference between planned investments and actual saving. C. The difference between planned saving and actual saving. D. Planned Saving

  • Q : Interpreting Macroeconomic Conditions I

    I have a problem in an assignment which involves analyzing interest rates, the CPI(consumer price index) and wage rates as they impact the automotive and gaming (with an emphasis on casinos) industries. Analyze these indicators and prepare a 3-4 page report explaining

  • Q : What are the strength and weakness What

    What are the strength and weakness of using per capital national income? give explained answer for query

  • Q : Equilibrium of a market How can

    How can Equilibrium of a market be exist?

  • Q : Borrowings and recovery of loans

    Categorize the borrowings and recovery of loans into capital and revenue receipts of government budget. Give reason too.

  • Q : MPC What relationship does the MPC bear

    What relationship does the MPC bear to the size of the multiplier? The MPS? What will the multiplier be when the MPS is 0, .4, .6, and 1