This document presents information about time prices and the relationship between population growth and resource abundance. It analyzes time price data for 50 commodities from 1980 to 2018 and finds that:
- The average time price decreased by 72.3%, meaning resources require less work time to obtain now than in the past.
- U.S. population increased by 71.2% over this period.
- The price elasticity of population (the responsiveness of prices to population changes) was -1.016, meaning a 1% rise in population correlated with a 1% decline in prices.
- An index measuring overall abundance, the Simon Abundance Index, increased 519% from 1980 to 2018, equivalent to a
2. Name ___ Sec.__Quiz 13
A Big Mac
costs £3.29 in Britain and US$5.74 in the
United States.
What should you do and how much will you
earn?
Assume shipping cost of $1.00
11. 2018 8.3 hours 1 day
1980 196 hours 24 days
Reduced
95.8%
187.7
Hours
Saved
24x
12. 1997 2017
Increased by 200%
You only get 1/3 of
a textbook
Time Price
decreased
by 96.0%
You get 25 TVs
TV
College
Textbooks
In the past 20
years textbooks
have become 75
times more
expensive relative
to TVs
25 ÷ .33 = 75
13. Killing Thanos:
Destroying the Myth of Overpopulation and Resource Scarcity
Saturday July 20, 2019 at 2:10pm
Gale Pooley, PhD Marian Tupy, PhD
14. It’s simple calculus.
This universe is finite,
its resources, finite.
If life is left
unchecked, life will
cease to exist.
It needs correcting.
21. The power of
population is
indefinitely greater
than the power in
the earth to produce
subsistence for man.
Thomas Malthus
22. For the earth is full, and there is enough and
to spare; yea, I prepared all things, and have
given unto the children of men to be agents
unto themselves.
- D&C 104:17
40. 1980 2018
Percentage
Change Source or Equation
Nominal Price $0.40 $0.79 97.5% World Bank
GDP per Capita $2,507 $11,464 357.3% World Bank
Hours Worked 2,166 1,965 -9.3% The Conference Board
GDP per Capita
per Hour
$1.16 $5.83 404.1%
GDP per Capita ÷ Hours
Worked
Time Price in
Hours
0.346 0.135 -60.8%
Nominal Price ÷ GDP per
Capita per Hour
Time Price in
Minutes
21 8 -60.8% Time Price in Hours x 60
41.
42. 1980 21 min
2018 8 min
Percent Change -61.9%
Multipler 2.63
Compound Annual
Growth Rate
2.57%
Years to Double 28
43.
44. Percentage Change
Time Price Multiplier
Percentage Change Time Price Multiplier
Compounded Annual Growth Rate
Years to Double
45. How many units of an item the same
time would purchase at different
points in times?
Time Price 1980
Time Price 2018
Time Price Multiplier
TPM =
46. = Time Price Multiplier - 1
Percentage Change in the
Time Price Multiplier
47. = Time Price Multiplier
Compounded Annual Growth Rate
CAGR
1
Years
-1
48. = Log(2) ÷ Log(1 + CAGR)
Years to Double
= 70 ÷ CAGR
49. Time Price -60.8%
Time Price Multiplier 2.55
Percentage Change 155%
Compound Annual
Growth Rate
2.50%
Years to Double 28.1
1980 - 2018
Oranges
54. Price Elasticity of Population
1980 - 2018
= - 1.016
For every one percent increase in
population, prices declined around one
percent
- 72.3%
=
%∆ in Time Prices
%∆ in Population +71.2%
55. In 1980 you invite 100 guests for dinner
The cost per guest is $10
The bill is $1,000
In 2018 you invite 71 percent more guests but the
cost per guest has fallen by 72 percent.
What is the bill?
171 x $2.80
= $478.80
Your bill has fallen by over 52 percent