Most wage elastic demand for labor
For labor Plastibristle’s demand is most wage elastic at: (1) point a. (2) point b. (3) point c. (4) point d. Hello guys I want your advice. Please recommend some views for above Economics problems.
For labor Plastibristle’s demand is most wage elastic at: (1) point a. (2) point b. (3) point c. (4) point d.
Hello guys I want your advice. Please recommend some views for above Economics problems.
One purpose that firms hire labor at the point where w is equal to P x MPPL is: (1) if w < P x MPPL, the cost (w) of hiring additional workers exceeds the gains (P x MPPL) of hiring them, therefore they would hire fewer workers. (2) when w > P x
Formulate the Cross Elasticity of demand?
Define the going rate pricing briefly.
This supply of labor worker is roughly unitarily wage elastic as the wage rate increases from: (1) $5 per hour to $10 per hour. (2) $5 per hour to $25 per hour. (3) $10 per hour to $25 per hour. (4) $10 per hour to $40 per hour. (5) $25.01 per hour to
State the assumptions of Law of Demand?
At any price of, the demand for a resource is fewer elastic the: (w) easier this is to substitute other resources for this. (x) harder this is to substitute other resources for this. (y) more elastic the demand for the output this produces. (z) greate
When an economic alteration makes one person better off whereas no one else is affected, then this is: (w) efficient to make the change. (x) traumatic to make the change. (y) neither good nor bad for society. (z) strictly a positive value judgment to
The firm in this illustrated graph is clearly: (1) price taker in the sale of its output because of the shapes of the VMP and MRP curves. (2) price taker in the purchase of labor when this can hire as several workers as this chooses at roughly of $13 per hour. (3) mon
Along two supply curves which are straight lines by the origin, the price elasticity of supply as: (w) is below 1 for all prices and quantities upon both curves. (x) is less for a given quantity beside the steeper curve. (y) equals on
demand function is: QY = -8,000 - 5,000PY + 192A + 120I + 2,000PX (6,000) (1,000) (120) (80) (800) R2 = 91% Here QY is quantity (measured in units) of Product Y demanded in the current period, A is hundreds of dollars of advertising ($00), I is thousands of dollars of disposable income per ca
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