T-Mobile 00:15 100%- GEO 106 HW 1.docx Upload your homework document to the clas
ID: 286801 • Letter: T
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T-Mobile 00:15 100%- GEO 106 HW 1.docx Upload your homework document to the class webpage. Submit the homework before class (8:59am) on: Monday February 12t Put your name and ID number at the top just in case. Let's look at some probability distributions of the global mean air temperature anomaly from different time periods. Question 1. What was the most common temperature anomaly for th e 51 years between 1880 and 1930? Question 2. What were most common temperature anomalies for the 51 years between 1965 and 2015? Question 3. Would the answer from Q1 be considered normal or extreme if it happened during 1965-2015? Question 4. What percent of years from 1965-2015 had a positive temperature anomaly? Question 5. Would you say these two periods have different climates? Why or why not? Question 6. Can the probability distribution for 1965-2015 help you predict the temperature in 2065? How or how not? Now consider this plot of global temperature anomaly through time Open With PrintExplanation / Answer
1. 1880-1930 implicates a cold anomally or negative temprature anomally.
2.1965-2015 implicates a warm anomally or positive temprature anomally.
3. Yes, because from 1965-2015th temprature shows a positve/warm anomally with almost constant time periods,and it would be considerd an extreme event when temprature goes tonegative values allof a sudden.
4. Answer = (cold anomally years/ total years)* 100
= (6 /51) * 100
= 11.8 %
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5. Yes, first graph has a cold climate and second one has a comparetivel warm climate.
6. Yes, we can predicat the values from 2015 to 2065: in a manner: it willrange from 1deg. Clelcius to 1.5 or 2.
becausethe graphs here shows a gradual positive growth.
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