The figure in the window on the right shows the per-worker production function as a graph. In the figure, we measure capital per hour worked along the horizontal axis and real GDP per hour worked along the vertical axis. Letting K stand for capital, L stand for labor, and Y stand for real GDP, real GDP per hour worked is Y/L, and capital per hour worked is K/L. The curve represents the production function. Use the figures to help determine which one of the following statements is true: A. An increase in capital per hour worked from $30,000 to $40,000 decreases real GDP per hour worked from $475 to $350. B. Each $10,000 increase in capital per hour worked results in an equal increase in output per work. C. An increase in capital per hour worked from $20,000 to $30,000 increases real GDP per hour worked from $200 to $350. D. None of the statements listed above are true. Real GDP per hour worked, Y/L $575 475 350 200 The Per-Worker Production Function 2. ...lead to diminishing increases in output per hour worked. $20,000 1. Equal increases in capital per worker... 30,000 40,000 50,000 Capital per hour worked, K/L ☑

ENGR.ECONOMIC ANALYSIS
14th Edition
ISBN:9780190931919
Author:NEWNAN
Publisher:NEWNAN
Chapter1: Making Economics Decisions
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The figure in the window on the right shows the per-worker production function as a graph. In
the figure, we measure capital per hour worked along the horizontal axis and real GDP per hour
worked along the vertical axis. Letting K stand for capital, L stand for labor, and Y stand for
real GDP, real GDP per hour worked is Y/L, and capital per hour worked is K/L. The curve
represents the production function.
Use the figures to help determine which one of the following statements is true:
A. An increase in capital per hour worked from $30,000 to $40,000 decreases real GDP per
hour worked from $475 to $350.
B. Each $10,000 increase in capital per hour worked
results in an equal increase in output per work.
C. An increase in capital per hour worked from $20,000 to $30,000 increases real GDP per
hour worked from $200 to $350.
D. None of the statements listed above are true.
Real GDP per hour worked, Y/L
$575
475
350
200
The Per-Worker Production Function
2. ...lead to diminishing
increases in output per
hour worked.
$20,000
1. Equal increases
in capital per
worker...
30,000 40,000
50,000
Capital per hour worked, K/L
☑
Transcribed Image Text:The figure in the window on the right shows the per-worker production function as a graph. In the figure, we measure capital per hour worked along the horizontal axis and real GDP per hour worked along the vertical axis. Letting K stand for capital, L stand for labor, and Y stand for real GDP, real GDP per hour worked is Y/L, and capital per hour worked is K/L. The curve represents the production function. Use the figures to help determine which one of the following statements is true: A. An increase in capital per hour worked from $30,000 to $40,000 decreases real GDP per hour worked from $475 to $350. B. Each $10,000 increase in capital per hour worked results in an equal increase in output per work. C. An increase in capital per hour worked from $20,000 to $30,000 increases real GDP per hour worked from $200 to $350. D. None of the statements listed above are true. Real GDP per hour worked, Y/L $575 475 350 200 The Per-Worker Production Function 2. ...lead to diminishing increases in output per hour worked. $20,000 1. Equal increases in capital per worker... 30,000 40,000 50,000 Capital per hour worked, K/L ☑
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