Custom Demographic Transition Essay

DEMOGRAPHIC DATA TABLE

Question 1

The countries farthest along the demographic transition have better living conditions compared to the countries earliest in the demographic transition that have very poor living conditions. The living conditions experienced in the countries farther to the demographic changes reduces the birth rate and increases the death rate while the death rate reduces in countries earliest in the demographic changes and the birth rate increases.

Question 2

This can be improved in the developing countries by focusing on the fundamental aspects that would lead to social advancement especially on the socio-economic advancement.

Question 3

The demographic transitions between the transition periods between the countries give clear functional trends of fertility and mortality over the give time. It also shows how the demographic changes are influenced by the interaction of the dynamic variables.

Question 4

The pyramid for the most developed countries bulges much between the 40 to 54 year marks nearly at the centre of the pyramid. While for the least developed countries, the pyramid bulges more near the base of the pyramid.

Question 5

This would affect the fertility and mortality rates in the country since it leads to the need to an initiation of birth control mechanisms.

Question 6

The advancement of technology that have increases the need to reduce the fertility thus controlling the birth rate to a level that can be sustained by the advancing technologies that allow for the economic growth sustainability.

Question 7

The birth of the baby boomer reduces with the changing years.

Question 8

The population distribution for the countries between the years has male between the ages 20 to 39 years than the women. The population distribution also comprises of younger people compared to the elderly and infants.

Question 9

The distribution is due to the raising of the political power of the work force. This is powered by the industrial revolution for the region that has lead to the expansion of franchise of male population in the region. Additionally, the gender specific roles in the society during the industrial revolution lead to marriage decline and linking women political empowerment to the decline in fertility, which has lead to the decline in the franchise of women.

Question 10

The distribution between the male and female population is the same for all the ages.

Question 11

The policy has resulted into a decline in the younger generation and promoted the existence of the older generation across the sexes.

Question 12

The Nepal approaches the vaccination as a national priority that requires the will of the nation while it is not a national priority in India.   

Question 13

The Indians provide the vaccination during the first years of life and fail to provide the vaccine during its second stages. The Indians argue that there is no need to focus on managing one disease with numerous campaigns but instead they should focus long-term investment aiming at improving the systems of public health.

Question 14

The Nepal’s campaigns against the measles by ensuring proper financing and engaging the national will by involving the strategies of winning trust from the public. They argue that vaccination is like a return from the child health care investment.

Question 15

Nepal uses the second-doze campaign that they have enabled to reach to the remote areas. The country has also involved an organized network of volunteer mothers that do the delivery of simple services of health around their homes. The local human rights and civic activists play crucial roles in supporting the campaigns.

Question 16

For one child, the cost of vaccination for a year = 0.15×2 =$ 0.30

Therefore, fore 450,000 children, cost of vaccination to prevent the deaths= 0.30×450,000 = $135,000

Question 17

The GDP needed = GDF/population

=2, 6000, 000,000/450000

=$ 57777.78

Percentage GDP for the children = 57777.78/450000×100 = 12.84%

Question 18

Each vaccination exercise costs $0.30 per person

Therefore, for 3 billion people, the cost of vaccination = 3,000,000,000×0.30