Supply and demand for soybeans. At $ 4.80 per bushel, the annual supply for soybeans in the Midwest is 1.9 billion bushels, and the annual demand is 2.0 billion bushels. When the price increases to $ 5.10 per bushel, the annual supply in-creases to 2.1 billion bushels, and the annual demand decreases to 1.8 billion bushels. Assume that the price-supply and price-demand equations are linear. (A) Find the price-supply equation. (B) Find the price-demand equation. (C) Find the equilibrium price and quantity. (D) Graph the two equations in the same coordinate system and identify the equilibrium point, supply curve, and demand curve.
Supply and demand for soybeans. At $ 4.80 per bushel, the annual supply for soybeans in the Midwest is 1.9 billion bushels, and the annual demand is 2.0 billion bushels. When the price increases to $ 5.10 per bushel, the annual supply in-creases to 2.1 billion bushels, and the annual demand decreases to 1.8 billion bushels. Assume that the price-supply and price-demand equations are linear. (A) Find the price-supply equation. (B) Find the price-demand equation. (C) Find the equilibrium price and quantity. (D) Graph the two equations in the same coordinate system and identify the equilibrium point, supply curve, and demand curve.
Supply and demand for soybeans. At
$
4.80
per bushel, the annual supply for soybeans in the Midwest is 1.9 billion bushels, and the annual demand is 2.0 billion bushels. When the price increases to
$
5.10
per bushel, the annual supply in-creases to
2.1
billion bushels, and the annual demand decreases to
1.8
billion bushels. Assume that the price-supply and price-demand equations are linear.
(A) Find the price-supply equation.
(B) Find the price-demand equation.
(C) Find the equilibrium price and quantity.
(D) Graph the two equations in the same coordinate system and identify the equilibrium point, supply curve, and demand curve.
Formula Formula Point-slope equation: The point-slope equation of a line passing through the point (x 1 , y 1 ) with slope m , is given by the following formula: y - y 1 = m x - x 1 Example: The point-slope equation of a line passing through (2, -6) with slope 5 is given by: y - (-6) = 5(x - 2) y + 6 = 5(x - 2)
charge
8. A wine warehouse expects to sell 30,000 bottles of wine each year. Each bottle costs $9, plus a fixed
of $200 per order. If it costs $3 to store a bottle for a year, how many bottles should be ordered at a time and
how many orders should the warehouse place in a year to minimize
inventory costs?
Joe, the owner of Genuine Reproductions (GR), a company that manufactures reproduction furniture, is interested in measuring inventory effectiveness. Last year the cost of goods sold at GR was $3,000,000. The average inventory in dollars was $250,000.
(a) Calculate the inventory turnover for GR.
(b) Calculate the weeks of supply. Assume 52 weeks per year.
(c) Calculate the days of supply. Assume that GR operates 5 days per week.
In the 1997, rice was selling at Rs. 6 per kg, cloth at Rs. 20 per metre, housing
at Rs. 500 per quarter, other items at Rs. 20 per unit. In 1998, the price of rice
rose by Rs. 2 per kg., housing by Rs. 300 per quarters and other items doubled
in price. If the consumer price index number for 1998 (with 1997 as base) is 180,
by how much the cloth rose in price during the year.
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