Answer Happy

4) Construct a line graph of the hourly temperature and relative humidity data for the Agassiz weather station for April 15, 2022. Return to Environment Canada's Weather Office home page, select Past Weather and then Historical Data. Type “Agassiz" beside station name and beside “with data on” select April 15, 2022. This should take you to a new Results page where you will select "hourly” data under the “Agassiz RCS” station name. The Hourly Data Report for April 15, 2022 will be displayed. Find the columns labeled Temperature(°C) and Relative Humidity (%); either print the data or copy it down. Using Excel construct a graph plotting the data on two vertical axes: temperature on the primary vertical axis (left) and relative humidity on the secondary vertical axis (right). Connect the data points with a line. [6] Note: if you wish, you can use a graph paper with hand draw instead of the Excel. a) When & what was the highest temperature recorded? [1] 13:00 PM b) When & what was the lowest relative humidity recorded? [1] c) When & what was the coldest temperature recorded? [1] d) When & what was the highest relative humidity recorded? [1] e) What general relationship exists between temperature and relative humidity? [1]

2) Figure 1-3 has four locations plotted and labeled A through D. Identify each of the points in the following list of latitudes and longitudes. The lines of latitude are 10° apart and the lines of longitude are 10° apart. The latitude and longitude lines for 0° are labeled on the diagram. [5] 90 a) 30°N, 60°E 80 b) 60°S, 40°W 70 A \в\ B 60 c) 20°N, 10°W 50 40 с D 30 d) Provide lat/long for point M e) Santiago Chile is located at -33.50S 70.7°W. Plot on globe as Point S. E F 20 10 090 80 70 60 50 40 30 20 100 10 20 30 40 50 60 70 80 3 10 20 G H Н. 30 40 50 K /L 60 M. N. 70 80 90 Figure 1-3. Spherical, geographical grid.