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8/6/2019 India vs USA vs China vs World
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Indiavs ChinavsUSA vsWorld
N. Sasidhar
The data given in the following table is taken from The world fact book
https://www.cia.gov/library/publications/the-world-factbook/geos/us.html
S.No Parameter Units INDIA CHINA USA WORLD Remarks
1 Total Population millions 1160 1338 307 6790
1a % of total population % 17.10 19.71 4.52 100
2 Population density per Sq km 353 139 31 46
3 Population growth % 1.41 0.66 0.98 1.13
3a Lifeexpectancy at
birth
years 66.09 73.45 78.11 66.12
4 Median age of
population
years 25.3 34.1 36.7 28.4
4a Population between
15 to 64 ye
ars age
% 64.3 72.1 67.0 65.3
5 Labor force millions 467.0 812.7 154.5 3184.0
5a % of total population % 40.26 60.74 50.32 46.89 S.No 5 S.No 1
5b Share of world labor
force
% 14.67 25.52 4.85 100
6 Agriculture labor
force
millions 243.00 321.00 0.93 1194.00 S.No 6a * S.No 5
6a % of labor force % 52.00 39.5 0.6 37.5
6b % of world labor
force
% 20.35 26.88 0.078 100
7 Industrial labor force millions 65.38 221.06 34.92 703.66 S.No 7a * S.No 5
7a % of labor force % 14.00 27.2 22.6 22.1
7b Share of world labor
force
% 9.29 31.42 4.96 100
8 Services labor force millions 158.78 269.82 118.66 1286.34 S.No 8a * S.No 5
8a % of labor force % 34.00 33.2 76.8 40.4
8b Share of world labor
force
% 12.34 20.98 9.22 100
9 GDP purchase
power parity (PPP)
Trillion US
$
3.548 8.767 14.27 70.21
10 GDP- official
exchange
Trillion US
$
1.243 4.758 14.27 57.53
10a Multiplication factor
to PPP
- 2.85 1.84 1.00 1.22 S.No 9 S.No 10
10b Per capita income US $ (PPP) 3058 6552 46482 10340 S.No 9 S.No 1
10c Labor productivity US $ (PPP) 7597 10787 92362 22050 S.No 9 S.No 5
10d Unemployment % 9.5 4.3 9.4 8.7
11 Agriculture GDP
(PPP)
Trillion US
$
0.62 0.956 0.17 4.21 S.No 11a*S.No 9
11a Share of Agriculture % 17.5 10.9 1.2 6.0
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GDP (PPP)
11b Share of world
agriculture GDP
(PPP)
% 14.73 22.7 4 100
11c Agriculture labor
Productivity
US $ (PPP) 2551 2978 182795 3526 S.No 11 S.No 6
12 Industrial GDP (PPP) Trillion US
$
0.71 4.261 3.13 22.48 S.No 12a*S.No 9
12a Share of Industrial
GDP (PPP)
% 20.0 48.6 21.9 30.6
12b Share of world
Industrial GDP (PPP)
% 3.16 18.95 13.92 100
12c Industrial
Productivity
US $ (PPP) 10860 19275 89633 31947 S.No 12 S.No 7
13 Services GDP (PPP) Trillion US
$
2.22 3.55 10.97 44.51 S.No 13a*S.No 9
13a Share of Services
GDP (PPP)
% 62.5 40.5 76.9 63.4
13b Share of world
services GDP (PPP)
% 4.99 7.98 24.65 100
13c Services Productivity US $ (PPP) 13982 13157 92449 34602 S.No 13 S.No 8
The following conclusions can be drawn from above data:
USA:
The USA labor force is declining by its very high median age of its population. Already its labor
productivity is very high with little scope of increase in future. In this scenario, zero growth is
optimistic growth in a declining labor force but per capita income keeps on increasing favorably in
declining population.
The agriculture productivity in USA is two times the productivity of other sectors with 0.6% of its
labor force. That means people do not prefer agriculture sector or agriculture sector is highly
subsidized by other sectors or most of its income may be land lease/rental based.
CHINA:
It is highly industrialized nation with 19% of world industrial production. Eastern China is the
worlds biggest factory.The productivity in service and industrial sectors is four to six times the
productivity in agriculture sector indicating lesser earnings by farmers.
There is very good scope for growth in Service sector which is lagging behind the world average.
The agriculture labor force is 39.5% of total labor force. There is good scope to increase labor force
in industrial and service sectors by diverting from agriculture sector. Rural population will age
faster with migration of fresh labor force to cities to join service and industrial sectors.
UNDERDEVELOPEDWORLD:
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The developing / under developed nations excluding India, Pakistan and Bangladesh will have
better standard of living than these countries due to their low population density and higher per
capita natural resources availability.
INDIA:
In
dian
population
is youn
g with
lowe
r me
dian
age
in
comparison
with
population
s of de
ve
lope
dcountries including China and USA. That means it has future potential to increase its labor force
whereas USA and China cannot increase its labor force as their populations are aging. India has
better potential to enhance its labor force than China innext 10 years from existing 40% to 60% of
its population. With this future labor potential, India can show better growth than China innext
decade.
The lower percentage of labor force (40.26%) in total population with lower median age (25.3
years) & lifeexpectancy indicates lot of unaccounted unemployment / idling labor. Available labor
force is not utilized to the full extent for optimum growth. This may be due to substantial
percentage of women arehouse wives whose value addittions arenot accounted in theeconomy.
The service sector contribution (62.5%) to its GDP is at par with the global trends. The industrial
sector contribution is far behind with 3.16% global share against 17% of world population. Only
industrial sector is lagging behind China in labor productivity
Indian economy is trapped in a subsistence phase due to its very high population density and
ineffective governance. It is not exaggeration to state that poverty is going to prevail longer in India
than many under developed countries despite its advancements in science and technology.
POSTSCRIPT:
The geographical locations of all under developed countries are between latitudes N30 to S30 on
both sides ofequator. There are few exceptions such as Singapore (city state), oil rich countries
(Brunei, Middle East), etc. whichhave attained developed country status. Many of these countries
are tropical countries receiving good rain fall withestablished arable lands and forests to sustain
high population density. The populations of these countries soared to further higher levels with the
advent of modern medical/health science increasing lifeexpectancy appreciably. Many of these
countries (Mexico, Argentina, Brazil, etc) were colonized few centuries ago by Europeans but their
economic status despite abundant resourses is not at par with native European countries. The
people of these countries are self content using plenty of renewable/surface resources available to
them. Whereas Europe, North America and Australia (cold climate countries) which are not
endowed with adequate renewable/surface resources, relied on popularizing science and
technology whichhelped mankind to find new resources and methods. More and more adaptation
to science and technology improved their living standards beyond their expectations. Tropical
countries lagged behind this process but modernhealth sciences increased the population further
ultimately straining the available renewable resources. When the tropical countries face shortage
of renewable resources, they are compelled to adopt modern science & technology to improve the
living standards. This developmental drift is evident (i.e. China and South Africa are developing
faster than Nigeria, Congo and Brazil) from poles to theequator.
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In fact the living standards of common people in cold climate countries were not better than
tropical countries 100 years back due to shortage of surface resources. Largenumber of Europeans
have migrated permanently to other continents for survival. During 14th
century, Europe was
populated beyond its sustainability compared to the available surface resources. Unfortunately,
Europe suffered from plague endemic during this period which wiped out one third of its
population. It took nearly 150 years to recover its population back. During this 150 years period,
the fragile surface resources such as forests rejuvenated due to lesser exploitation by the people.
Thus the rats which caused the plagueendemic in Europehalted the advent of modern science and
technology by at least one century. Otherwise we would have beenenjoying 22nd
century living
standards now.
The present contributions of science and technology are mainly from research and development
(R&D) in material sciences. The future development would be from in depth knowledge ofnatural
sciences (flora and fauna) which will overcome the limitations exhibited by material sciences. In
future, the countries which take early lead in devoting its human resources on R&D innatural
sciences would be contributing to mankind substantially. The tropical countries are betterendowed with biological resources to take up lead in future science and technology development.
India is concentrating on software services by deploying most of the talented young people. India
should take steps to see that young talented people are deployed to conduct R&D in natural
sciences.
-------------------------------
Notes: This paper was written in the year 2009