![]() |
|
|
Thread Tools | Display Modes |
#1
|
|||
|
|||
![]()
From spaceweather.com, I know that this should be an observable event
(magnitude 9 or 10 or thereabouts) on 31 March. Sounds like a really nice things to watch... but where? does anyone have any idea where/ when close approach occurs, or where on Earth it's visible? I can't seem to find anything on-line, and my copy of SNP is so old it no longer is working with my system (grrr). Help? -- Brian Davis |
#2
|
|||
|
|||
![]()
"Brian Davis" writes:
From spaceweather.com, I know that this should be an observable event (magnitude 9 or 10 or thereabouts) on 31 March. Sounds like a really nice things to watch... but where? does anyone have any idea where/ when close approach occurs, or where on Earth it's visible? I can't seem to find anything on-line, and my copy of SNP is so old it no longer is working with my system (grrr). Help? The near Earth asteroid 2006 VV2 is presently located in Eridanus (I imaged it on the 19. at magnitude 15.4), moving slowly towards Polaris. It will pick up speed and brightness as it passes the Big Dipper and into Leo. On the 31. it will reach magnitude 10 as it moves from Leo Minor (at UT 00:00), at about 1 degree per hour (1 arcsecond per second), crosses Leo, and will be just beneath Leo's belly at 24:00 when it is at the brightest (mag 9.9). Unfortunately, the nearly full moon is then just about 3 degrees away and will seriously interfere with vieweing this fly-by. pej -- Per Erik Jorde |
#3
|
|||
|
|||
![]()
Per Erik Jorde writes:
There is a map he http://www.dangl.at/2007/2006_vv2/2006_vv2.htm Click on the map to get more detailed views. pej -- Per Erik Jorde |
#4
|
|||
|
|||
![]()
Brian Davis wrote:
From spaceweather.com, I know that this should be an observable event (magnitude 9 or 10 or thereabouts) on 31 March. Sounds like a really nice things to watch... but where? does anyone have any idea where/ when close approach occurs, or where on Earth it's visible? I can't seem to find anything on-line, and my copy of SNP is so old it no longer is working with my system (grrr). Help? One of the easiest ways to find this fast-moving object will be to use RTGUI, the free Real-Time Astronomy program for Windows. From North America, the asteroid's closest approach will be on the evening of March 30, so set the program time to before sunset on that day: Date = March 30 2007, Time = 18:00. Click on "Get Comet/Asteroid", then for the name enter 2006 VV2 . Also be sure to check the box, "Near-Earth Object", then click "Go". If you have a valid internet connection, it will download minute-by-minute positions for the asteroid, but ONLY for that 24-hour period. As a real-time program, RTGUI automatically updates its positions, so each minute it updates the asteroid position. If you have a Goto scope, just hit the "Goto" button at any time, and you'll be there. If you have Skycharts installed, just hit the "Skycharts" button to see the star field. You can repeat this process for the evening of March 31, if you wish. Also you can get 60 days' hourly positions by not checking the near-earth box (do this after the minute-by-minute positions are obtained), the program must be in real-time mode for this. But when the object is near its closest approach, the hourly positions probably won't be good enough to find it easily. Robert Sheaffer |
Thread Tools | |
Display Modes | |
|
|
![]() |
||||
Thread | Thread Starter | Forum | Replies | Last Post |
Help with astronomy planning SW | Sam The Cat | Amateur Astronomy | 12 | June 24th 06 11:44 PM |
re planning application | James Vincent | UK Astronomy | 9 | December 11th 04 04:18 PM |
Mission Planning | Derek Lyons | Policy | 1 | November 15th 04 11:07 PM |
Mission Planning | Derek Lyons | Space Station | 1 | November 15th 04 11:07 PM |
Astronomy planning software | DS | Amateur Astronomy | 8 | October 2nd 04 09:55 PM |