> I am still waiting for your math showing how long it takes from sunset
> to when the ISS, 250 miles directly overhead, moves into the shadow of
> the earth.
>
> Need help with the math?

At sunset/sunrise, if the intensity of light Sun is illuminating the ISS that is at the height of 250 miles then that same intensity would have to pass through the earth's atmosphere which would reflect light and prevent the viewing of the ISS.

On a clear day the Illuminance at sunrise/ sunset is 400 lux and on a cloudy day at noon 12:00 pm, the Illuminance is 200 lux.

https://www.youtube.com/watch?v=wIft-t-MQuE

On Sunday, February 6, 2022 at 10:31:54 AM UTC-8, carl eto wrote:
> > I am still waiting for your math showing how long it takes from sunset
> > to when the ISS, 250 miles directly overhead, moves into the shadow of
> > the earth.
> >
> > Need help with the math?
At sunset/sunrise, if the intensity of Sun light is illuminating the ISS that is at the height of 250 miles then that same intensity would have to pass through the earth's atmosphere which would reflect light and prevent the viewing of the ISS.

On a clear day the Illuminance at sunrise/ sunset is 400 lux and on a cloudy day at noon 12:00 pm, the Illuminance is 200 lux.
..

On Sunday, February 6, 2022 at 10:31:54 AM UTC-8, carl eto wrote:

> At sunset/sunrise, if the intensity of light Sun is illuminating the ISS that is at the height of 250 miles then that same intensity would have to pass through the earth's atmosphere which would reflect light and prevent the viewing of the ISS.

Good grief, don't you understand that the Earth's atmosphere is only about 60 miles thick? The ISS is well above that atmosphere and is fully illuminated by the Sun, even well after the Sun has set from your location.

Why are you arguing about events that are easily predicted and that anyone with even 2 functioning neurons can look up and go outside and see for themselves?

You are either a troll or a glutton for punishment... so which is it?

On 2/6/2022 5:55 PM, carl eto wrote:
> On Sunday, February 6, 2022 at 10:31:54 AM UTC-8, carl eto wrote:
>>> I am still waiting for your math showing how long it takes from sunset
>>> to when the ISS, 250 miles directly overhead, moves into the shadow of
>>> the earth.
>>>
>>> Need help with the math?
> At sunset/sunrise, if the intensity of Sun light is illuminating the ISS that is at the height of 250 miles then that same intensity would have to pass through the earth's atmosphere which would reflect light and prevent the viewing of the ISS.

You think the earth's atmosphere is a mirror? Last I checked, it is
quite clear.

Where is your math showing how long it takes between local sunset and
when the ISS, 250 miles up, passes into Earth's shadow?

Do you even know how to figure this out? It's simple geometry once you
figure out how to write it all down.
>
> On a clear day the Illuminance at sunrise/ sunset is 400 lux and on a cloudy day at noon 12:00 pm, the Illuminance is 200 lux.
> .

On Monday, January 10, 2022 at 5:50:49 PM UTC-8, Paul Alsing wrote:
> On Monday, January 10, 2022 at 1:45:04 PM UTC-8, carl eto wrote:
>
> > Have you seen photos of the ISS taken from the earth?
> Have you ever looked for them? They are easy to find...
>
> https://www.esa.int/ESA_Multimedia/Images/2006/06/The_ISS_can_be_photographed_from_Earth_-_a_team_in_Munich_captured_this_detailed_image_on_12_June_2006
>
> https://qph.fs.quoracdn.net/main-qimg-5fb7b693ca6aaa8fd28d620bf0c31f52.webp
>
> https://filmdaily.co/news/international-space-station-viewing/
>
> https://www.pinterest.com/cottonscience/iss-photographed-from-earth/
>
> https://www.indiatimes.com/technology/news/astrophotography-international-space-station-pic-in-front-of-moon-535437.html

_____________________________________

https://www.esa.int/ESA_Multimedia/Images/2006/06/The_ISS_can_be_photographed_from_Earth_-_a_team_in_Munich_captured_this_detailed_image_on_12_June_2006

The photograph depicts the ISS at 3:00 am by the ESA is fictional since the ISS is in the shadow of the earth. Bodkin stated that he did in fact see the ISS and that the illumination of the ISS is caused by city light, and Michael Moroney stated the the interior lighting of the ISS through the windows is causing the illimitation of the ISS.

carl eto <carleto4157990662@gmail.com> wrote:
> On Monday, January 10, 2022 at 5:50:49 PM UTC-8, Paul Alsing wrote:
>> On Monday, January 10, 2022 at 1:45:04 PM UTC-8, carl eto wrote:
>>
>>> Have you seen photos of the ISS taken from the earth?
>> Have you ever looked for them? They are easy to find...
>>
>> https://www.esa.int/ESA_Multimedia/Images/2006/06/The_ISS_can_be_photographed_from_Earth_-_a_team_in_Munich_captured_this_detailed_image_on_12_June_2006
>>
>>
>> https://qph.fs.quoracdn.net/main-qimg-5fb7b693ca6aaa8fd28d620bf0c31f52.webp
>>
>> https://filmdaily.co/news/international-space-station-viewing/
>>
>> https://www.pinterest.com/cottonscience/iss-photographed-from-earth/
>>
>> https://www.indiatimes.com/technology/news/astrophotography-international-space-station-pic-in-front-of-moon-535437.html
>
>
> _____________________________________
>
>
> https://www.esa.int/ESA_Multimedia/Images/2006/06/The_ISS_can_be_photographed_from_Earth_-_a_team_in_Munich_captured_this_detailed_image_on_12_June_2006
>
>
> The photograph depicts the ISS at 3:00 am by the ESA is fictional since
> the ISS is in the shadow of the earth. Bodkin stated that he did in fact
> see the ISS and that the illumination of the ISS is caused by city light,
> and Michael Moroney stated the the interior lighting of the ISS through
> the windows is causing the illimitation of the ISS.
>

And moreover, if you need to make the image brighter for your photo,
shining a hefty flashlight — one with 4 D-size cells — will help a little.

--
Odd Bodkin -- maker of fine toys, tools, tables

carl eto wrote:

> The photograph depicts the ISS at 3:00 am by the ESA is fictional since
> the ISS is in the shadow of the earth. Bodkin stated that he did in fact

in Alaska

--
yours respectfully,

On Sunday, February 6, 2022 at 10:39:47 PM UTC-8, Michael Moroney wrote:
> On 2/6/2022 5:55 PM, carl eto wrote:
> > On Sunday, February 6, 2022 at 10:31:54 AM UTC-8, carl eto wrote:
> >>> I am still waiting for your math showing how long it takes from sunset
> >>> to when the ISS, 250 miles directly overhead, moves into the shadow of
> >>> the earth.
> >>>
> >>> Need help with the math?
> > At sunset/sunrise, if the intensity of Sun light is illuminating the ISS that is at the height of 250 miles then that same intensity would have to pass through the earth's atmosphere which would reflect light and prevent the viewing of the ISS.
> You think the earth's atmosphere is a mirror? Last I checked, it is
> quite clear.
>
> Where is your math showing how long it takes between local sunset and
> when the ISS, 250 miles up, passes into Earth's shadow?
>
> Do you even know how to figure this out? It's simple geometry once you
> figure out how to write it all down.

I am working on the calculations and to produce a arcuate mathematical analyses of the illumination system between the ISS and the surface of the earth via the earth's atmosphere that is being discussed it will take some tinkering and will get it soon as it can. In the mean time, can you explain why the sky is blue and not mellow yellow as the color of the Sun which would answer your question regarding the reflection of light by the earth's atmosphere.

Mereditholiviaben of the star system Vega

06h 45m 08.91728s

On Monday, February 7, 2022 at 11:08:05 AM UTC-8, carl eto wrote:
> 06h 45m 08. 91728s

> > What is illuminating the ISS?
> >
> Same thing that illuminates the moon.
>
> Street lights from Hong Kong.
> --
> Odd Bodkin -- maker of fine toys, tools, tables

The Sun cannot be illuminating the ISS as the Sun illuminates the moon since the moon is orbiting the earth at the height of 238,000 miles and the ISS is orbiting at the height of 240 miles.

On Monday, February 7, 2022 at 9:58:49 AM UTC-8, carl eto wrote:
> On Monday, January 10, 2022 at 5:50:49 PM UTC-8, Paul Alsing wrote:
> > On Monday, January 10, 2022 at 1:45:04 PM UTC-8, carl eto wrote:
> >
> > > Have you seen photos of the ISS taken from the earth?
> > Have you ever looked for them? They are easy to find...
> >
> > https://www.esa.int/ESA_Multimedia/Images/2006/06/The_ISS_can_be_photographed_from_Earth_-_a_team_in_Munich_captured_this_detailed_image_on_12_June_2006
> >
> > https://qph.fs.quoracdn.net/main-qimg-5fb7b693ca6aaa8fd28d620bf0c31f52.webp
> >
> > https://filmdaily.co/news/international-space-station-viewing/
> >
> > https://www.pinterest.com/cottonscience/iss-photographed-from-earth/
> >
> > https://www.indiatimes.com/technology/news/astrophotography-international-space-station-pic-in-front-of-moon-535437.html
>
>
> _____________________________________
>
>
> https://www.esa.int/ESA_Multimedia/Images/2006/06/The_ISS_can_be_photographed_from_Earth_-_a_team_in_Munich_captured_this_detailed_image_on_12_June_2006
>
> The photograph depicts the ISS at 3:00 am by the ESA is fictional since the ISS is in the shadow of the earth.

Well, in Ramersdorf, Austria, where this photo was taken, on June 6th, night only lasts from 11:55 PM until 1:51 AM, the nights are *very* short, and astronomical twilight starts then, at 1:51 AM, which means that by 3 in the morning the ISS can easily be illuminated by Sun, which rises that day at 4:55 AM. At 3 AM from this location, the ISS is NOT in the shadow of the Earth.

Bodkin stated that he did in fact see the ISS and that the illumination of the ISS is caused by city light, and Michael Moroney stated the the interior lighting of the ISS through the windows is causing the illimitation of the ISS.

Bodkin and Michael were making fun of you, and you have fallen for it... and for the record, I myself said it was "backup lights", just to jerk your chain. You deserve to be ridiculed because you are ignorant of these facts since you have not bothered to study the subject matter and chose instead to just make stuff up as you go along.

The ISS exists no matter how hard you don't want to believe it. Like I said before, just go to heavens-above.com and look up the schedule of the ISS from your location and go outside and see the dang thing for yourself, like I have doens and dozens of times. Are you too stupid to do this?

> > The photograph depicts the ISS at 3:00 am by the ESA is fictional since the ISS is in the shadow of the earth.
> Well, in Ramersdorf, Austria, where this photo was taken, on June 6th, night only lasts from 11:55 PM until 1:51 AM, the nights are *very* short, and astronomical twilight starts then, at 1:51 AM, which means that by 3 in the morning the ISS can easily be illuminated by Sun, which rises that day at 4:55 AM. At 3 AM from this location, the ISS is NOT in the shadow of the Earth.

5:03 AM
Monday, June 6, 2022 (GMT+2)
Sunrise in Ramersdorf, Austria

Are you also making fun of me?

On Sunday, February 6, 2022 at 10:39:47 PM UTC-8, Michael Moroney wrote:
> On 2/6/2022 5:55 PM, carl eto wrote:
> > On Sunday, February 6, 2022 at 10:31:54 AM UTC-8, carl eto wrote:
> >>> I am still waiting for your math showing how long it takes from sunset
> >>> to when the ISS, 250 miles directly overhead, moves into the shadow of
> >>> the earth.
> >>>
> >>> Need help with the math?
> > At sunset/sunrise, if the intensity of Sun light is illuminating the ISS that is at the height of 250 miles then that same intensity would have to pass through the earth's atmosphere which would reflect light and prevent the viewing of the ISS.
> You think the earth's atmosphere is a mirror? Last I checked, it is
> quite clear.
>
> Where is your math showing how long it takes between local sunset and
> when the ISS, 250 miles up, passes into Earth's shadow?
>
> Do you even know how to figure this out? It's simple geometry once you
> figure out how to write it all down.
> >
> > On a clear day the Illuminance at sunrise/ sunset is 400 lux and on a cloudy day at noon 12:00 pm, the Illuminance is 200 lux.
> > .

I was doing the calculation and looking at many of the sunrises and sunset as a result I stated to drink green tea and meditate or maybe I was thinking that I should would be more accurate and I thought I found a cure for cancer and how to make bald peoples hair grow (Bodkin and Mike). Nonetheless, it was the first real sunset that I ever really notice and the hippies are right that sunsets are very pretty. I never even noticed until now. I thought sunset/sunrise are similar to taking a poop just something that happened everyday or so when you happen to be outside or side and take a notice. Good god does anyone real get up at sunrise? I have never meet anyone that has ever got up a sunrise. So as I was looking at the photographs of sunrises and sunsets and I was not really concerned about the problem-- really since all the question that I have answered in the past, I always figure them out. So, I was thinking and the answer that a 7th grader could easily understand came to me. I was not very surprised since I always do find the answer which supersede any mathematical calculation. Like taking a poop. Anyone how to do that, right? Maybe not NASA engineers since they been standing behind a Lear jet to long.

thor stoneman <consequently7990662@gmail.com> wrote:
>
>>> The photograph depicts the ISS at 3:00 am by the ESA is fictional since
>>> the ISS is in the shadow of the earth.
>> Well, in Ramersdorf, Austria, where this photo was taken, on June 6th,
>> night only lasts from 11:55 PM until 1:51 AM, the nights are *very*
>> short, and astronomical twilight starts then, at 1:51 AM, which means
>> that by 3 in the morning the ISS can easily be illuminated by Sun, which
>> rises that day at 4:55 AM. At 3 AM from this location, the ISS is NOT in
>> the shadow of the Earth.
>
> 5:03 AM
> Monday, June 6, 2022 (GMT+2)
> Sunrise in Ramersdorf, Austria
>
> Are you also making fun of me?
>

There’s certainly no reason to be serious with you.

--
Odd Bodkin -- maker of fine toys, tools, tables

On Tuesday, February 8, 2022 at 9:28:32 AM UTC-8, thor stoneman wrote:
> > > The photograph depicts the ISS at 3:00 am by the ESA is fictional since the ISS is in the shadow of the earth.
> > Well, in Ramersdorf, Austria, where this photo was taken, on June 6th, night only lasts from 11:55 PM until 1:51 AM, the nights are *very* short, and astronomical twilight starts then, at 1:51 AM, which means that by 3 in the morning the ISS can easily be illuminated by Sun, which rises that day at 4:55 AM. At 3 AM from this location, the ISS is NOT in the shadow of the Earth.
> 5:03 AM

June 6, 2022
Sunrise in Ramersdorf, Austria

Your statement is lubricous.

On Sunday, February 6, 2022 at 10:39:47 PM UTC-8, Michael Moroney wrote:
> On 2/6/2022 5:55 PM, carl eto wrote:
> > On Sunday, February 6, 2022 at 10:31:54 AM UTC-8, carl eto wrote:
> >>> I am still waiting for your math showing how long it takes from sunset
> >>> to when the ISS, 250 miles directly overhead, moves into the shadow of
> >>> the earth.
> >>>
> >>> Need help with the math?
> > At sunset/sunrise, if the intensity of Sun light is illuminating the ISS that is at the height of 250 miles then that same intensity would have to pass through the earth's atmosphere which would reflect light and prevent the viewing of the ISS.
> You think the earth's atmosphere is a mirror? Last I checked, it is
> quite clear.
>
> Where is your math showing how long it takes between local sunset and
> when the ISS, 250 miles up, passes into Earth's shadow?
>
> Do you even know how to figure this out? It's simple geometry once you
> figure out how to write it all down.

What number do you get?

> You didn't address all the other people who saw it or even photographed it.

Michael Moroney maker of Bologna

All the photographs of the ISS taken at night were fabricated similar to the Apollo 11 mission photographs.

thor stoneman <consequently7990662@gmail.com> wrote:
>
>> You didn't address all the other people who saw it or even photographed it.
>
> Michael Moroney maker of Bologna
>
> All the photographs of the ISS taken at night were fabricated similar to
> the Apollo 11 mission photographs.
>

Must be a LOT of people in on it then, including a lot of amateurs.

How do you suppose they were coerced to spend all that effort to make fake
photos? Big payments to secret bank accounts? Holding their children
hostage? Drugged indoctrination?

--
Odd Bodkin -- maker of fine toys, tools, tables

On Tuesday, February 8, 2022 at 11:09:07 AM UTC-8, bodk...@gmail.com wrote:
> thor stoneman <consequen...@gmail.com> wrote:
> >
> >> You didn't address all the other people who saw it or even photographed it.
> >
> > Michael Moroney maker of Bologna
> >
> > All the photographs of the ISS taken at night were fabricated similar to
> > the Apollo 11 mission photographs.
> >
> Must be a LOT of people in on it then, including a lot of amateurs.
>
> How do you suppose they were coerced to spend all that effort to make fake
> photos? Big payments to secret bank accounts? Holding their children
> hostage? Drugged indoctrination?
> --
> Odd Bodkin -- maker of fine toys, tools, tables

Have you looked in the mirror recently?

Odd Bodkin wrote:

>> Michael Moroney maker of Bologna
>>
>> All the photographs of the ISS taken at night were fabricated similar
>> to the Apollo 11 mission photographs.
>
> Must be a LOT of people in on it then, including a lot of amateurs.
> How do you suppose they were coerced to spend all that effort to make
> fake photos? Big payments to secret bank accounts? Holding their
> children hostage? Drugged indoctrination?

you are a fucking idiot, no doubts.

Australia Keeps Launching Huge Concentration Camps & Evidence Mounts That
Inmates Are Being GASSED https://www.bitchute.com/video/5drJL87KZk8M/

--
yours impassionedly,

On 2/8/2022 1:24 PM, thor stoneman wrote:
> On Sunday, February 6, 2022 at 10:39:47 PM UTC-8, Michael Moroney wrote:
>> On 2/6/2022 5:55 PM, carl eto wrote:
>>> On Sunday, February 6, 2022 at 10:31:54 AM UTC-8, carl eto wrote:
>>>>> I am still waiting for your math showing how long it takes from sunset
>>>>> to when the ISS, 250 miles directly overhead, moves into the shadow of
>>>>> the earth.
>>>>>
>>>>> Need help with the math?
>>> At sunset/sunrise, if the intensity of Sun light is illuminating the ISS that is at the height of 250 miles then that same intensity would have to pass through the earth's atmosphere which would reflect light and prevent the viewing of the ISS.
>> You think the earth's atmosphere is a mirror? Last I checked, it is
>> quite clear.
>>
>> Where is your math showing how long it takes between local sunset and
>> when the ISS, 250 miles up, passes into Earth's shadow?
>>
>> Do you even know how to figure this out? It's simple geometry once you
>> figure out how to write it all down.
>
> What number do you get?

I asked you first. Besides, I'm more interested in how you come up with
a value than the numeric answer itself, that's much more convincing than
a boring number.

On Monday, January 10, 2022 at 5:50:49 PM UTC-8, Paul Alsing wrote:

> https://qph.fs.quoracdn.net/main-qimg-5fb7b693ca6aaa8fd28d620bf0c31f52.webp

Am you suggesting that the ISS can be viewed during the day?

thor stoneman <consequently7990662@gmail.com> wrote:
> On Monday, January 10, 2022 at 5:50:49 PM UTC-8, Paul Alsing wrote:
>
>> https://qph.fs.quoracdn.net/main-qimg-5fb7b693ca6aaa8fd28d620bf0c31f52.webp
>
>
> Am you suggesting that the ISS can be viewed during the day?
>

I am suggesting that crepes cooked on an outdoor grill are going to attract
raccoons.

--
Odd Bodkin -- maker of fine toys, tools, tables