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“A Primer of Demographic Terms” #6 and 8, page 58
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#6, page 58 a.Death Rate = (Deaths/Total population) x 1000 b.Dependency load = [(pop under 15 + pop over 65)/Total pop] x 100 c.Emigration rate = (Emigrants/Total pop) x 1000 d.Immigration rate = (Immigrants/Total pop) x 1000 e.Infant Mortality Rate = (Infant deaths/Total live births) x 1000 f.Natural Increase Rate = [(Births – Deaths)/Total pop] x 100 g.Net Migration Rate = [(Immigrants – Emigrants)/Total pop] x 1000 h.Pop Growth Rate = [(Births – Deaths) + (Immigration – Emigration)/Total pop] x 100 Pop Growth Rate = Natural Increase Rate + Net Migration Rate
![#6, page 58 a.Death Rate = (Deaths/Total population) x 1000 b.Dependency load = [(pop under 15 + pop over 65)/Total pop] x 100 c.Emigration rate = (Emigrants/Total pop) x 1000 d.Immigration rate = (Immigrants/Total pop) x 1000 e.Infant Mortality Rate = (Infant deaths/Total live births) x 1000 f.Natural Increase Rate = [(Births – Deaths)/Total pop] x 100 g.Net Migration Rate = [(Immigrants – Emigrants)/Total pop] x 1000 h.Pop Growth Rate = [(Births – Deaths) + (Immigration – Emigration)/Total pop] x 100 Pop Growth Rate = Natural Increase Rate + Net Migration Rate](http://images.slideplayer.com./26/8727239/slides/slide_2.jpg "#6, page 58 a.Death Rate = (Deaths/Total population) x 1000 b.Dependency load = [(pop under 15 + pop over 65)/Total pop] x 100 c.Emigration rate = (Emigrants/Total pop) x 1000 d.Immigration rate = (Immigrants/Total pop) x 1000 e.Infant Mortality Rate = (Infant deaths/Total live births) x 1000 f.Natural Increase Rate = [(Births – Deaths)/Total pop] x 100 g.Net Migration Rate = [(Immigrants – Emigrants)/Total pop] x 1000 h.Pop Growth Rate = [(Births – Deaths) + (Immigration – Emigration)/Total pop] x 100 Pop Growth Rate = Natural Increase Rate + Net Migration Rate")
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#8, page 58 a.Population at end of the year Starting population = 31 850 000 Pop added: 1 038 000 babies born + 53 000 immigrants = 1 091 000 Pop subtracted: 594 000 deaths (including 93 000 baby deaths) + 86 000 emigrants = 680 000 Thus, pop at end of the year: 31 850 000 + 1 091 000 – 680 000 = 32 261 000 b.The birth rate Births/Total pop x 1000 Therefore, (1 038 000/31 850 000) x 1000 = 32.59 per 1000 c.The death rate Deaths/Total pop x 1000 Therefore, (594 000/31 850 000) x 1000 = 18.65 per thousand
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d.The emigration rate Emigration rate = (Emigrants/Total pop) x 1000 Therefore, (86 000/31 850 000) x 1000 = 2.70 per 1000 e.The immigration rate Immigration rate = (Immigrants/Total pop) x 1000 Therefore, (53 000/31 850 000) x 1000 = 1.66 per 1000 f.The natural increase rate Natural Increase Rate = [(Births – Deaths)/Total pop] x 100 Therefore, (1 038 000 – 594 000/31 850 000) x 100 = 1.39% (the equivalent of 13.9 per thousand)
![d.The emigration rate Emigration rate = (Emigrants/Total pop) x 1000 Therefore, (86 000/ ) x 1000 = 2.70 per 1000 e.The immigration rate Immigration rate = (Immigrants/Total pop) x 1000 Therefore, (53 000/ ) x 1000 = 1.66 per 1000 f.The natural increase rate Natural Increase Rate = [(Births – Deaths)/Total pop] x 100 Therefore, ( – / ) x 100 = 1.39% (the equivalent of 13.9 per thousand)](http://images.slideplayer.com./26/8727239/slides/slide_4.jpg "d.The emigration rate Emigration rate = (Emigrants/Total pop) x 1000 Therefore, (86 000/ ) x 1000 = 2.70 per 1000 e.The immigration rate Immigration rate = (Immigrants/Total pop) x 1000 Therefore, (53 000/ ) x 1000 = 1.66 per 1000 f.The natural increase rate Natural Increase Rate = [(Births – Deaths)/Total pop] x 100 Therefore, ( – / ) x 100 = 1.39% (the equivalent of 13.9 per thousand)")
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g.The net migration rate Net Migration Rate = [(Immigrants – Emigrants)/Total pop] x 1000 Therefore, (53 000 – 86 000)/31 850 000) x 1000 = -1.04 per 1000 h.The population growth rate Pop Growth Rate = [(Births – Deaths) + (Immigration – Emigration)/Total pop] x 100 Therefore, [(1 038 000 – 594 000) + (53 000 – 86 000) / 31 850 000] x 100 = 1.29% (the equivalent of 12.9 per 1000) i.The infant mortality rate Infant Mortality Rate = (Infant deaths/Total live births) x 1000 Therefore, (93 000/1 038 000) x 1000 = 89.60 per 1000
![g.The net migration rate Net Migration Rate = [(Immigrants – Emigrants)/Total pop] x 1000 Therefore, ( – )/ ) x 1000 = per 1000 h.The population growth rate Pop Growth Rate = [(Births – Deaths) + (Immigration – Emigration)/Total pop] x 100 Therefore, [( – ) + ( – ) / ] x 100 = 1.29% (the equivalent of 12.9 per 1000) i.The infant mortality rate Infant Mortality Rate = (Infant deaths/Total live births) x 1000 Therefore, (93 000/ ) x 1000 = per 1000](http://images.slideplayer.com./26/8727239/slides/slide_5.jpg "g.The net migration rate Net Migration Rate = [(Immigrants – Emigrants)/Total pop] x 1000 Therefore, ( – )/ ) x 1000 = per 1000 h.The population growth rate Pop Growth Rate = [(Births – Deaths) + (Immigration – Emigration)/Total pop] x 100 Therefore, [( – ) + ( – ) / ] x 100 = 1.29% (the equivalent of 12.9 per 1000) i.The infant mortality rate Infant Mortality Rate = (Infant deaths/Total live births) x 1000 Therefore, (93 000/ ) x 1000 = per 1000")
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j.The total fertility rate (Number of births/Number of women aged 15 to 45) x 30 Therefore, 1 038 000/9 159 000) x 30 = 3.4 children per woman
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