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Students are expected to participate in the discussion by completing these directions:

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Students are expected to participate in the discussion by completing these directions:

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TO DO:
1.  CREATE A POST
2. RESPOND TO A POST

Create a Post: To the right are two columns, one for each claim that explains the rock transformation processes on Venus. You need to add a post (click + ) to the claim that you think best explains the rock transformation processes on Venus. Make the title of your post your name (first and last).

In the body of your post you need to provide the following information:  1. What is your most convincing piece of evidence? Describe the evidence and explain how it supports the claim you are choosing.
2. What is an additional piece of supporting evidence? Describe the evidence and explain how it supports the claim you are choosing.
Be sure to do the following:

Use evidence to support your ideas.

Explain your thinking.

Be open to changing your thinking.

Respond to a Post: Read through the posts and choose at least one to respond to. Click where is says "add comment", type your response, and hit "enter".
In your response, you can:

Agree, say why

Disagree, say why

Add on to their thinking

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I think evidence card A best supports this claim because it shows that there are two light sources in the solar system, and that would make it more difficult for the planet to block all of the light from hitting the moon. Another piece of evidence is... this supports my claim because...

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I think evidence card A supports the claim because it shows 2 suns and that would make it really hard for Kepler 47c to have a lunar eclipse because light would always be shining on the moon. Card B also supports the claim because it shows how some planets barley have any tilt in their orbit, but some planets are like Earth and they do have tilt. If Kepler 47c is like earth and has tilt in its orbit then idt is most likely that Kepler 47c will not have lunar eclipses.

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I think that a lunar eclipse will probably happen on kepler 47-c's moon cause if they all line up just like in our solar system then kepler 47-c's shadow onto it's moon.

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I think claim 2 is the more likely answer because the solar system of kepler 47c's has two suns in the middle of the solar system which means more light even if one is small. Earth is the only one in our solar system with a tilt in it's moons orbit, and that makes me think most planets don't have tilts in there moons orbits.

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Claim 1: Yes, there will probably be a lunar eclipse. 

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Claim 1: Yes, there will probably be a lunar eclipse. 

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I think there will be a lunar eclipse because there are positions where a lunar eclipse could happen on Kelper 47c though we do not know if Kelper 47c's moon's access is tilted or not there could still be a lunar eclipse. If the moon's access is tilted it would take longer for a lunar eclipse to happen but a lunar eclipse would still happen.

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I think that a lunar eclipse will probably happen on kepler 47-c's moon cause if they all line up just like in our solar system then kepler 47-c's shadow onto it's moon.

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I think that a lunar eclipse will probably happen on kepler 47-c's moon cause if they all line up just like in our solar system then kepler 47-c's shadow onto it's moon.

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loralei w I think it could happen i mean it happen here on earth and the evience cards show that it could happen if it was in orbit 1 or 5 it might not happen a lot since it has 2 stars and its hard to line up perfectly but i could for sure happen.

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I do think that there will be a lunar eclipse because evidence card C says that if the moon rotates enough, there will be more lunar eclipses. My other piece of evidence is card A. This shows us that there can be more than one lunar eclipse at a time.

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I think it is Claim 1 because the drawing activity that Mrs. Burke showed us, it showed us that the 2 suns, the moons, and the planet could all line up in a straight line in  many different ways. For a Lunar Eclipse to form, the planets have to be in a completely straight line. My other piece of evidence is Card C. It showed how many orbits the moon and Demios do. I noticed that the more orbits they do, the more lunar eclipse's they have. Kepler 47-c  hase 303 orbits per year, so that means it will have a few lunar eclipse's.

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I think there will be a lunar eclipse on Kepler-47c's moon.

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I think there will be a lunar eclipse on Kepler-47c's moon.

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My strongest piece of evidence is Evidence Card B. In both diagrams, there is sunlight, a planet, a moon, and the moon's orbit path. Diagram 1 shows the Moon's tilted orbit. Diagram 2 shows most of the other moons in the solar system's un-tilted orbit. This evidence supports the claim because if most moons have an un-tilted orbit, than Kepler-47c's moon most likely has an un-tilted orbit. A lunar eclipse is caused by the tilt of the Moon, so a lunar eclipse wouldn't be possible if Kepler-47c's moon isn't tilted. My second piece of evidence is Evidence Card A. This card shows Kepler-47c's orbit path around it's two stars. It also shows Kepler-47c's moon's orbit around Kepler-47c. This evidence matters because if sunlight travels in straight lines, the chances of light hitting the planet's moon when it is behind Kepler-47c is heightened. I believe that a lunar eclipse of Kepler-47c's moon will probably not happen.

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I think evidence card A is the strongest evidence but i choose claim 1 and this supports my evidence because evidence card a explains how there are two stars and then kepler-47c with the moon orbiting around it so sense there is the regular sun and two stars it might have a better chance with a lunar eclipse but the moon, kepler-47c, sun and one of the stars would have to line up to create shadow.

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I son't think there will be a lunar eclipse n a year on Kepler-47c because it is orbiting around two stars so there is more light that can reach it's Moon. The Earth system model shows that a lunar eclipse can happen in all the positions that it is in but in the Kepler-47c system model only 2-6 can happen in those positions. In evidence card C it explains that a lunar eclipse on Earth can only happen about two times a year, so if Kepler-47c can only happen in certain positions while Earth can have a lunar eclipse in all positions than I think Kepler-47 c's Moon can not have a lunar eclipse in one year but it can still have one.

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Yes, there will probably be a lunar eclipse on Kepler 47c, my evidence to support claim one is evidence card A because it shows both light sources and Kepler 47c and we could use it as a model and show were a lunar eclipse could happen. Therefore there probably will be a lunar eclipse on Kepler 47c.

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I think it Claim 2: No, there will probably not be a lunar eclipse because their is two stars so it would be more angles for light two hit it

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Claim 2 is very likely for many reasons. Evidence points to it, but some evidence points away. I’m personally torn, and my evidence is 100% LOGIC and visual aid. My visual aid is evidence card A. In this is shows the two suns, Kepler, and the moon. In this, the moon is behind Kepler-47c. If you think really hard, you can see that when the position of a Lunar Eclipse happens, the other sun will shine light on the darkness overcoming the moon. This shows that unless the moon, Kepler, and the suns are all perfectly aligned, a Lunar Eclipse would never. Ever. Happen. But a perfect alignment could happen. Who knows? But my other evidence is logic. This is Card C. It says that we don’t know how many times the moon orbits Kepler. This evidence may be sorta stupid, but we don’t know how many times a Full Moon/Lunar Eclipse can happen yearly. The Claim says, “Probably not be a Lunar Eclipse THIS YEAR” We don’t know if the moon orbits millions of kilometers a year, or 15. That means a Lunar Eclipse could happen never, or every night. I’m sorry if this is not amazing evidence, I just like logic

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I think that evidence card A will help and that it show that there can be more that one lunar eclipse at a time Like on Kepler 47c because of the two stars that would be able to have two or more lunar eclipse

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Yes, there will probably be a lunar eclipse on Kepler-47c. My strongest evidence is Evidence Card B. The diagram on Evidence Card B shows how Earth's Moon has a tilted orbit, and how most of the moons in our solar system have orbits with almost no tilt. This evidence supports the claim because most likely Kepler-47c's moon does not have a tilted orbit, making it easier for there to be a lunar eclipse. My other evidence is evidence card A. The diagram on Evidence Card A shows how Kepler-47c and its moon obit all the way around stars A & B, with its moon orbiting around it like the Moon around Earth. This evidence supports the claim because if Kepler-47c, its moon, and the two stars all line up, there could be a lunar eclipse.

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I think that claim one: "yes there will probably be a lunar eclipse" is supported by the diagram that shows the angles of where or when a lunar eclipse can occur.

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I think it is claim 2 because there are 2 suns meaning that it is hard to not have any light on the moon. Also, we don't know how many orbits this moon does so we can't guess how many lunar eclipses happen if they do.

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Evidence card B best supports this claim by showing that the titlt of the Moon determines how much light illuminates the Moon. The card models the Moons orbit around Earth. It also shows how sunlight may reach the Moon. This card supports the claim by showing that even if Kelper47c's Moon has a tilt, a lunar ecplise can still happen (like Earths Moon). If Kelper47c does not have a tilt to its Moon, a lunar ecplise will happen more often. My second piece of evidenc is evidence card A, this evidence shows that a lunar ecplise would be able to happen if all the two suns, Kelper47c, and Kelper47c's Moon are all lined up in a perfect line. Which is possible.

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I think that Claim 1 is correct. My strongest piece of evidence is evidence card B. It describes that most moons in the solar system has almost no tilt. This means that most likely, the moon on Kepler 47c will not have much tilt and lunar eclipses could happen more often. (Unlike the Moon and Earth.) My other piece of evidence is card C. It shows that about every 6 orbits, there is a lunar eclipse on the Moon, or Deimos' Moon. This supports the claim because once we know how many orbits Kepler 47c's Moon takes around Kepler 47c, it could be likely that over 6+ orbits will be a lunar eclipse on Kepler 47c's Moon.

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I think evidence card b because it tells us if the moon has a tilted orbit or it is a straight orbit.

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I Dont know I still dont have enough evidence

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I think evidence card A supports claim 1 because if there is two stars then the planet just has to go in front of one then the other star has to go behind the other star and then the moon goes behind the planet.

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I think there will be a lunar eclipse. Evidence that supports my claim evidence card B. Earth's Moon has a tilted orbit. Most of the moons in are solar system have orbit with almost no tilt. This means that it is easier to get a lunar eclipse on other planets then Earth.  Evidence card C. If Kepler-47c’s moon orbits many times per year (like Deimos), how will that affect the chances of a lunar eclipse happening? ​

If it only orbits a few times per year (like Earth’s Moon), what effect will that have?​ This means Kepler-47c could have more or less orbits than Earth, which means a lunar eclipse could happen more often.

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I think there will because most planet's moons have a 'flat' orbit, so odds are that Kepler 47-c's moon has a flat orbit,because of that when it goes behind the planet there are higher odds of it being a lunar eclipse.

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I think there will be a lunar eclipse because even if the system has 2 suns, it still could line up exactly and make a lunar eclipse like the Milky Way's lunar eclipses.

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I think there will be a lunar eclipse on 47-c' moon because  Card B said that 47-c's moons orbit has little to no tilt which makes the moon likely to have a lot more lunar eclipses than Earths moon.

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I think there will be a lunar eclipse on 47-c' moon because  Card B said that 47-c's moons orbit has little to no tilt which makes the moon likely to have a lot more lunar eclipses than Earths moon.

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I AGREED TO RILEY HAMMONDS BECAUSE SHES WRITE WE DONT HAVE ENOUGH EVIDENCE TO SUPPORT AN ANSWER

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I think it is claim 1 because in the drawing activity that showed all the possible ways the suns could shine on Kepler 47c and its moon. This supports my claim because it showed multiple ways all the suns moon and Kepler 47c  could line up to cause a lunar eclipse.  My other evidence is card C which shows that mars moon orbits around mars 550 times in a year, and there are more than 100 lunar eclipses  a year. The moon orbits Earth 12 times with 2 lunar eclipses a year, the video we watched said the moon orbited Kepler 47c 303 times so lots of lunar eclipse chances. This supports my claim because it gives probably 50 chances for a lunar eclipse to happen on Kepler 47c. The reason I say 50 is it is 100 for mar 550 orbit moon.

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i think claim 1 because in evidence card A. card a is a top view of the two stars and kepler-47c and kepler-47c's moon. In that model there is multiple ways that the planets could line up in a straight line from top view. and card b also supports my evidence bye telling us that most planets aren't tilted on its axis like the Earth. Mars isn't tilted and it has 550 lunar eclipse a year. So if kepler-47c wasnt tilted it would be more common to have lunar eclpises every year.it gives lots of chances to have a lunar eclipse more than not.

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Their likely will be a lunar eclipse because the two suns are lined up and not moving much.

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There will likely be a lunar eclipse within a year on Kepler-47c because the Orbit of Kepler-47c's moon is most likely tilted, which means there is a higher chance for the correct alignment. Another piece of evidence is that there are at least two places where a lunar eclipse is possible.

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I think it is Claim 1, because there are two spots the kepler-47c can have a lunar eclipse, so the chances of it happening are slim, but it can happen.

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I think that it is evidence card A. because in the model that we seen Kepler blocks all of the sun light in the model and the orbit is not tilted on kepler's moon.

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I think evidence card B best supports the claim because it explains how they don't know if the Moon is on a tilted orbit, and how most Moon's are not on a tilted orbit. This matters because if the Moon doesn't have a tilted orbit then a lunar eclipse can happen. More evidence that supports this is in evidence card A it says that Kepler-47c orbits the two star's and how the Moon orbits Kepler-47c. This also helps us because if Kepler-47c orbits the star's then they can all possibly make a straight line and Kepler-47c can block the sunlight from hitting the Moon if the Moon is not on a tilted orbit. All this evidence can lead to Kepler-47c having a lunar eclipse.

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For my first piece of evidence we look into evidence card A explaining that Kepler-47c orbits the two suns while the moon orbits Kepler. This supports because in this it shows how and that a lunar eclipse is possible. My second piece of evidence is evidence card B showing that most moons orbit at a level rate making it easier for a lunar eclipse. This supports because it shows if the odds are correct the lunar eclipse would be even more common. For my last piece of evidence we look at evidence card C where it shows how many lunar eclipse happens based on different circumstances. This supports because if the moon orbits around Kepler-47c at an even level there is more of a chance. Still I think that there is not enough evidence to determine either claims.

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i think evidence card a is good evidence because maybe there's a higher chance of a lunar eclipse to happen because there are two suns other evidence is evidence card b because it said that earths moon had a tilt but most other moons in are solar system didn't have a tilt so maybe the moon of kepler-47c does not have a tilt so it would be more likely to have a lunar eclipse.

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I think that a lunar eclipse could happen only every few years. Why i think this is becasue there are 2 suns and there is only one moon and one planet that acts as the earth. Those planets rarely line straight up with each other which causes a lunar eclipse. So in order for that to happen the outside sun must be orbiting the sun that is on the inside of the solar system. So Not every time the suns are lined up means there is a solar eclipse if there was a solar eclipse to occur all 4 planets need to be lined up in one line.

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I agree with claim one because my fist piece of evidence is evidence card C and why this is a great piece of evidence is because, Earths moon orbits 12 times per year and Mars's moon orbits 550 times per year and assuming that the Kepler 47c's moon orbits in the middle of that is will have multiple chances to have a lunar eclipse.If it is down lower by were how many times Earths moon has a lunar eclipse it will still have a lunar eclipse once a year. My second piece of evidence is evidence card A because it shows that a lunar eclipse could happen on the far right of the Kepler 47's moon orbit or on the far left. Those are the two places they would fulling line up exactly. My last piece of evidence is evidence card B because since most moons do not have a tilt is would be easier to have a lunar eclipse without a tilt so it would be more likely for there to be a lunar eclipse, but even if there was tilt there still could be a lunar eclipse. Earths moon has a tilt and we still have lunar eclips's. In conclusion I believe all of my evidence supports claim 1.

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i agree with this claim because on kepler 47cs moon rotation there are two areas that line up to make a lunar eclipse.

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I think that evidence card A best supports this claim because there are two suns which can makes it harder for the moon to be blocked from there light and it just makes it harder for all of the planets to be in a straight line and if there is less of a chance of the four planets being in a straight line the it's mostly likely to be able to say there won't be a lunar eclipse.

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I agree because, on the moon rotation the two areas line up to make a lunar eclipse, even though its rare and the chances arent super high there is still a chance it can happen.

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I think that there will most likely be a lunar eclipse because if Kepler-47c's moon is behind it and the planet is a lined with the two stars there's a chance that the moon won't receive any light. Card B also helps show that if the orbit is flat then whenever the planet lines up with the stars and the moon is behind Kepler-47c, then there's no chance of any light reaching the moon.

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Claim 1 because I think there probably be a lunar eclipse because of all the evidence i have learned.

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I believe that there will probably be a Lunar eclipse on 47c, my first piece of evidence is evidence card B, witch states "The orbit of this moon has no tilt at all". This is supportive because as we know, the Earth's moon is on a tilt, and that is why we mainly have full moons, but when the moon is at a point where it does not have a tilt, then the Moon, Sun, and Earth can line up, forming a Lunar eclipse, and so, if the Moon on 47c, is not on a tilt, it creates more time slots for a Lunar eclipse to acure. My next and finale piece of evidence is evidence card

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I don't think there will be a lunar eclipse because the moon has to be in the correct spot of orbit and the earth has to be in correct spot in its orbit so it's very unlikely it might be able to happen but it probably won't.

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i do think there will be a lunar eclipse becuase there has not ben a one in a long time

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tristan p i believe that there will be a lunar eclipse because the orbit of the moon doesent slide diagnaly i also agree with

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tristan p i believe that there will be a lunar eclipse because the orbit of the moon doesent slide diagnaly i also agree with

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I think there will probably not be a lunar eclipse on Kepler-47c, but we don't have enough evidence yet, we were only given 3 pieces of evidence and I think we need ore to determine if there can be a lunar eclipse or not.

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 Shannon Barragan                     I think that a lunar eclipse is most likely to happen on kepler 47-c's moon cause if they all line up just like in our solar system it will cover at least one or two of them while and also that it can be that it happens more often that on earth.        

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 Shannon Barragan                     I think that a lunar eclipse is most likely to happen on kepler 47-c's moon cause if they all line up just like in our solar system it will cover at least one or two of them while and also that it can be that it happens more often that on earth.        

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I think its claim 2. Why I think its claim 2 is because of Kepler 47c's two Suns and one Moon it will be more difficult to have a lunar eclipse. Because if the Earth has to be aligned with the Moon and the two Suns it would be hard for it to be in an exact position. That might be hard to get and if it takes a while for the Earth and Moon to align with the Suns if it has to be in an exact position for a lunar eclipse to happen I don't think it would happen due to all the things that would have to go perfectly right in order to even get a lunar eclipse. Having two Suns makes the position more rare. Evidence card b and c helped me decide this claim.

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i think if the if they all line up just like in our solar system then kepler 47-c's shadow onto it's moon.