Copyright © 2018 The Ontario Educational Communications Authority. All rights reserved. MHF4U 4.8 Culminating Task: Making the World a Better Place TVO ILC 1 Culminating Task: Making the World a...

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Answer To: Copyright © 2018 The Ontario Educational Communications Authority. All rights reserved. MHF4U 4.8...

Ishwar answered on Nov 28 2021
160 Votes
Culminating Task: Making the World a Better Place
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Table of Contents
Introduction    3
Address environment issues    3
Secondary data:    4
Algebraic model that fits the data:    7
Limitation of algebraic model:    10
Sales Pitch    10
List of Figures
Figure 1 Population growth in US society    4
Figure 2 Consumption of Ozone-Depleting Substances    5
Figure 3 Green house gas emission    5
Figure 4 Water pollution    6
Figure 5 Hydrology disaster    7
List of Tables
Table 1 Hydrology disaster    6
Introduction
The mana
gement give us change to hosts of reality TV shows where the entrepreneurs request fund for the specific project or advance product which assist to reduce the damage to the environment which cause by the human activity. In this project, there is discussion, identifying and highlight environment issues and proposed way to reduce impact and enhance their overcomes. The project proposal may be simple as the campaign to convince the people that they can change their daily habits which are harmful to environment or making complex as the developing the new environmental friendly aspect(Hsu, A. and Zomer, A., 2014). The design and research includes secondary data from the reliable resource and develop the mathematical model to found the outcome in case there will possible to reduce harmful effect consideration. The project report demonstrates the algebra and graphical demonstration of the model and highlight or proposed benefits as well.
Address environment issues
The following are highlight the potential environment issues observe from last two decades.
a. Water pollution
b. Hydrology: environment impact of reservoirs, agriculture, flooding and landslide.
c. Urbanization and land use: urban heat island, urban sprawl, habitat destruction, land pollution, land degradation etc.
d. Greenhouse gas emission (Harper, C. and Snowden, M., 2017)
e. Human overpopulation: land degradation, optimum population, urbanization, water-food waste etc.
f. Nanotechnology.
g. Natural disaster :
h. Nuclear issues :
i. Air pollution :
Secondary data:
a. Population growth in US society from 1950 to 2020
Figure 1 Population growth in US society
(Kelemen, R.D. and Vogel, D., 2010.)
b. Consumption of Ozone-Depleting Substances (ODS)
Figure 2 Consumption of Ozone-Depleting Substances
c. Greenhouse gas emission
Figure 3 Green house gas emission
(Prăvălie, R., 2016.)
d. Water pollution:
Figure 4 Water pollution
e. Natural disaster:
Hydrology disaster:
Table 1 Hydrology disaster
     
    Country ID
    840
     
    Countries or areas
    United States of America
    Occurrence
    1990-1999
    52
    
     
    2000-2009
    57
    
     
    2010-2019
    40
    Total deaths
    1990-1999
    382
    
    
     
    2000-2009
    314
    
     
    2010-2019
    335
    Persons affected
    1990-1999
    648334
    
    
     
    2000-2009
    11325487
    
     
    2010-2019
    313857
Figure 5 Hydrology disaster
There are many more elements which invite environment issues. The above provided optimum content which having environment issues in various sectors (Robelia, B. and Murphy, T., 2012.).
Algebraic model that fits the data:
As provided in above “environment issues” the algebraic equations from the given conditions. The following is provides briefly and discuss significance of each effect.
a. Population growth in US society :
The gradually increases population is among united state society is the major environment issues because as increasing population, it demand basic resource such as food, land, water and fresh air. As provided in above graph between years and population growth, the linear relationship provided.
The above equation provided linear relationship between population growths in US v/s year from 1950 to 2019. In this case, “0.20” indicate slope value and 70.20 values indicate “intercept”. The “R” value indicates accurate of linear relationship between two quantities. It observe that the R = 0.96 which is less than 1 and obtain intercept (Tranter, B., 2011).
b. Consumption of ozone-depleting substance :
According to study, there is natural ozone layer surrounding by earth, due to urbanization, it was become weaker and producing hole within layer. Therefore, the efficiency of protection of ozone layer has been reduces as time being Dai, K. The figure: 2 provides graphical and algebraic model of the ozone-depletion and demonstrate with bar chart. The following is providing algebraic equation of CFC and ODS relationship by refereeing from 2002 to 2019.
The above equation provides exponential relationship between year and percentage of ozone-depletion. The R value is 1 which indicate perfect fit with “x” and “y” value.
c. Greenhouse gas emission
Figure: 3 provided bar chart of “Greenhouse gas emission” in “United State” society with respect to year. it observe, maximum effect occur in 2015 year and varies with respect to time by amend based on research and sustainable technology Zhengfu, B.I.A.N.et.al.(2010). the algebraic equation and relationship between greenhouse gas emission with respect to time provided as following :
The above equation provides logarithm relation between two quantities.
As provided in above figure: 4, the water pollution and evaluation chart has been provided. The chart is provided different layer of water source with change in quantity. As...
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