Yet again you provide an excellent lecture, thank you😀. Must take a lot preparation I imagine! Which spesific sources do you use for celestial navigation and celestial theory?
Sir, thank you very much, the topic was very helpful... I just have a question regarding the "d" correction value application that will be applied on Declination... In the example video for Venus. Tabulated values for Declinations are 21-55.2'S / 21-55.4'S / 21-55.7'S ==> the value is increasing. In the example, I can see that the unit/name of the Declination was "South" and the value was said to be increasing... Sir, my question is, what will be the case, if the given value of the Declination is from South (S) value going North (N) Value? Here is the example: 00-18.8'S / 00-12.2'S / 00-05.0'S ==> Going North 00 - 02.0'N / 00 - 08.0'N Sir, what would be the case if these will be the given declination? Will this be increasing or decreasing? Please advise... Thanks in advance.
Yet again you provide an excellent lecture, thank you😀. Must take a lot preparation I imagine! Which spesific sources do you use for celestial navigation and celestial theory?
yes sir tns again but this time I see you in real pic sir
Sir, thank you very much, the topic was very helpful...
I just have a question regarding the "d" correction value application that will be applied on Declination...
In the example video for Venus.
Tabulated values for Declinations are
21-55.2'S / 21-55.4'S / 21-55.7'S ==> the value is increasing.
In the example, I can see that the unit/name of the Declination was "South" and the value was said to be increasing...
Sir, my question is, what will be the case, if the given value of the Declination is from South (S) value going North (N) Value?
Here is the example:
00-18.8'S / 00-12.2'S / 00-05.0'S ==> Going North 00 - 02.0'N / 00 - 08.0'N
Sir, what would be the case if these will be the given declination? Will this be increasing or decreasing? Please advise... Thanks in advance.
Thank you so much sir!
Tanx