Question: Table A and Figure 1 By Cody - Excel Search Panda God PG - 9 8 File Home Insert Page Layout Formulas Data Review View

 Table A and Figure 1 By Cody - Excel Search PandaGod PG - 9 8 File Home Insert Page Layout Formulas Data

Table A and Figure 1 By Cody - Excel Search Panda God PG - 9 8 File Home Insert Page Layout Formulas Data Review View Help do Cut Calibri - 11 - A" A ab Wrap Text General Normal Bad Good EX E AutoSum ~ A O Fill Copy Conditional Format as Neutral Calculation Check Cell Insert Delete Forma Sort & Find & Add-ins Analyze Paste = Merge & Center % " Clear Filter ~ Select Data Format Painter Formatting ~ Table Cells Editing Add-ins Clipboard Font Alignment Number Styles D2 X V -50 F G H K M N O P Q R S T U V W X Y Z AA AB AC Relative Solar Solar Image # date Latitude | Longitude 0.0 d 20 -50 Figure 1 W N 0.5 d 20 -50 1.0 d 20 -40 120 1.5 d 20 -30 2.0 d 20 - 30 100 2.5 d 20 -20 3.0 d 20 -10 BO 3.5 d 20 -10 10 4.0 d 20 0 11 4.5 d 10 60 12 5.0 d 20 13 5.3 d 20 40 Series1 14 5.5 d 20 Series2 15 6.0 d 30 20 .......". Linear (Series2) 6.5 d 40 7.0 d 40 7.5 d 50 0 15 20 25 30 18 3.0 d 60 20 19 8.5 d 60 -20 9.0 d 70 9.5 d 20 80 10.0 d 20 80 24 23 10.5 d 20 90 24 -60 25 10.8 d 20 90 26 27 Series 1 Series 2 28 29 30 32 33Question 2 Please enter your Starting longitude, Date #1, Ending | example to help guide you: Sample calculation #1 Suppose you obtained the foll m your longitude line (Starting longitude, Date #1) - (-58",0.0 d) nding longitude, Date #2) - (66', 11.0 d) The total change in longitude is: Ending longitude - starting longitude - 66 - (-589) - 124" The total change in time is: Date #2 - Date #1 - 11 day - 0d day = 11 day e rate of sunspot drift is 124" / 11 day - 11.3 "/day. |0words | > Question 3 3 pts From your value for sunspot drift rate from the pre sample calculation #2, below, for help. round the sun. Refer to the I am looking for One answer here: Sample calculation #2 ppose you calculate the drift rate to be 11.3 /day. The Rate Equation (R - Q/T) can be solved for time: T - Q/R In this case, Q = 360, so T - Q/R = 360 / (11.3 */day) = 31.9 day |0words | 4/> Question 4 3 pts Figure #2 shows a giant group of sunspots, called AR 2192. The black horizontal scal of the line on the screen, and calculate the scale of the photograph in km/mm. I am looking for One answer here in km/mm |0words | 4/3 Question 5 3 pts unspot group in km. Sunspot group size - _ I am looking for One answer here in km. in |0words | 4/ Question 6 3 pts Look up the diameter of the Earth in km. Using that, calculate how many Earth-diameters across the giant sunspot group is: Earth - km Earths I am looking for Two answers here. |0words > Question 7 1.5 pts Do sunspots tend to drift N-S, or E-W on the Sun? ONS OFW Question 8 1.5 pts In Procedure step #6. you call also orbiting around the Sun. (Imagine if the Sur eastred from the perspective of the Earth, which is dic period" (P.J. We can calculate the true period (Prl, usually called the "sidereal period," using the folly PS X E P= -S Pa+ E PT - I(P X EMIPs x Ell) or Where E - 365 days. With this corre I am looking for One answer here. Edit View Insert Format Tools Table 120tv Paragraph " BI U AL T V V V V V O R F EV Ev= 1 10 0words &gt

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