Discussion topic: Contributed Answer/Explanation to Q. 8
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| Page 1 of 1 | | From: donathan | Reply 1 of 4 | Reply | View replies (1)
| | Subject: Contributed Answer/Explanation to Q. 8 | 3
From the bar graph, characteristic X has the highest value for Mercury.
Using the provided reference tables, the eccentricity of orbit of Mercury is
higher compared to that of other planets.
The values for the eccentricity of orbit given in the tables exactly match
those in the bar graph, i.e.,
Mercury : 0.206 ; Venus : 0.007 ; Earth : 0.017 ; Mars : 0.093 ;
Jupiter : 0.048 ; Saturn : 0.056 ; Uranus : 0.047 ; Neptune : 0.009
So, characteristic X is eccentricity of orbit.
Posted at: Tue Dec 1 16:27:28 2009 (GMT)
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| From: donathan | Reply 2 of 4 | Reply | | | Subject: Contributed Answer/Explanation to Q. 8 | 3
From the bar graph, characteristic X has the highest value for Mercury.
Using the provided reference tables, the eccentricity of orbit of Mercury is
higher compared to that of other planets.
The values for the eccentricity of orbit given in the tables exactly match
those in the bar graph, i.e.,
Mercury : 0.206 ; Venus : 0.007 ; Earth : 0.017 ; Mars : 0.093 ;
Jupiter : 0.048 ; Saturn : 0.056 ; Uranus : 0.047 ; Neptune : 0.009
So, characteristic X is eccentricity of orbit.
Posted at: Tue Dec 1 16:28:32 2009 (GMT)
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| From: 204642391 | Reply 3 of 4 | Reply | | | Subject: Contributed Answer/Explanation to Q. 1 |
1
Posted at: Sat Apr 13 19:01:15 2013 (GMT)
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| From: brooklyn72 | Reply 4 of 4 | Reply | | | Subject: Contributed Answer/Explanation to Q. 1 |
1
Posted at: Wed Apr 22 23:57:08 2015 (GMT)
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