Read the Post Graduation Adventure case on p. 154 in Ch. 5 of Project Management: The Managerial Process and submit an APA paper for the followingNote:- As a hint, you should have an intro paragraph, 3 sections in the paper body (1 for each question) and a closing paragraph.- In item 1 you must clearly state the project management methodology (i.e Top down, waterfall, etc) you are using and then apply it to the trip project. As another hint there are 4 trips being looked at here originating from the USA....one to Spain...one to France...one to South Africa...one to Vietnam....do not ignore any of them in your discussion.- When you discuss cost in item 2 I need to see real values...this means you will do some research on costs. Not looking for you to be a travel agent and provide costs to the penny but there should be enough data to be able to make a decision of where to go based on cost. Costs should include more than just an airline ticket (think of when you go on a trip and all the other costs involved in taking a trip like hotel, food, etc). As a hint, the easiest way to show, compare, discuss the costs is to place them in a matrix/table with the various locations you are going to and show the total cost for an easy comparison. - Item 3 asks for non-cost; I need to see at least 2 non-cost items discussed and how they are impacting your decision on where to go for each location (for example, Spain and France weather are bad but Vietnam and South Africa have great weather so they are scoring higher based on the non cost factor of weather, etc, etc); only discuss non-cost items (you already have discussed cost in question 2). For example do not discuss money exchange rates here....that would be a cost factor. Something like the weather would be a non-cost item....and since I just gave you that one, weather cannot be one of your 2 items discussed....if it is in your paper you earn no points for it. - In your paper conclusion I should see your recommendation of where to go based on your paper discussion/findings. This is where you have looked at both the cost and non cost factors to make a decision. You may find that cost might outweigh the non-cost items or possibly it is the other way around where non-cost drives the decision or possibly a combination of them both. The purpose of the assignment is to help you gain insight that when you are working on a project you should consider all factors involved and not rush to a decision based on one factor.

InstructionsPart B of this exercise involves examination of time series data for atmospheric CO2 concentrations at Mauna Loa, Hawai’i. The first website for accessing these data (Mauna Loa CO2 (Links to an external site.)Links to an external site.) presents:Recent monthly mean CO2 at Mauna Loa: monthly values for atmospheric CO2 concentrations at Mauna Loa over the past five years (since 2014 - red line) and these same values corrected for the average seasonal cycle (black line).The second website presents a longer-term record of CO2 concentrations since measurements began. It can be accessed using the tab entitled Full Record above the 5-year monthly mean graph:Full Mauna Loa CO2 (Links to an external site.)Links to an external site. record: long-term trend in monthly values for atmospheric CO2 concentrations at Mauna Loa since measurements began in 1958 (red line) and seasonally corrected data (black line).The third website presents information on the growth rate of atmospheric CO2 concentrations since measurements began. It can be accessed using the tab entitled Growth Rate above the 5-year monthly mean graph:Annual mean growth rate for Mauna Loa, Hawaii (Links to an external site.)Links to an external site.: a histogram of the annual increase in atmospheric CO2 concentrations at Mauna Loa since measurements began in 1958 (turquoise vertical bars) and decadal averages (black horizontal lines).QuestionsQuestion 1 5 ptsDescribe the annual pattern of fluctuations shown by the red line in the graph entitled “Recent monthly mean CO2 at Mauna Loa” specifying the timing and value of high and low concentrations plotted.A strong answer will specify the timing and values of highest and lowest concentrations, noting units, and the typical range of annual fluctuations, describing the overall trend and CO2 values in terms of persistent patterns.Question 2 5 ptsWhy do the values of atmospheric CO2 concentrations show annual fluctuations?A strong answer will describe the annual variation in terms of difference in CO2values and the timing of the change and explain why the CO2 values exhibit annual fluctuations based on seasonal variations in plant uptake of CO2 and its subsequent release.Question 3 5 ptsWhat is the overall increase in CO2 shown by the black line in the graph entitled “Recent monthly mean CO2 at Mauna Loa” over the 5-year time period represented?A strong answer will report specific CO2 concentrations over the past 5 years, noting units, and use quantitative data citing pertinent values in the comparison of the different years.Question 4 5 ptsIs the difference in CO2 concentrations between October 2018 and October 2017 noted numerically in the green box above the graph (Monthly Average (Links to an external site.)Links to an external site.) comparable to the annual increase over the past 5 years?A strong answer will report specific CO2 concentrations over the past 5 years, noting units, and use quantitative data citing pertinent values in the comparison of the past years' increase to that in previous years.Question 5 5 ptsWhat is the overall increase in CO2 shown by the black line (seasonally corrected data) in the graph entitled “Atmospheric CO2 at Mauna Loa Observation” since records began in 1958? A strong answer will report specific CO2 concentrations, noting units, and comment on the overall trend in the longer time series data in terms of the increase in concentration in ppm and as a percentage of the 1958 value.Question 6 5 ptsHow does the annual increase in CO2 concentrations over the past 5 years (previous question) compare with the annual average increase in CO2concentrations over the 59-year record?A strong answer will report specific CO2 concentrations, noting units, and comment on the overall trend in the longer time series data, comparing the average long-term increase with that observed over the past 5 years .