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I predict that if plants didn’t have seeds they would be more different.

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My hypothesis states, if only two kinds of similar plants have seeds, their population is small but largely combined in one area of land because they aren’t spread out more than other organisms which are. The plants are closely similar.

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I predict that the two plants that have seeds are more closely related, meaning that their seeds and their plants are similar with their appearance and habitat

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My hypothesis is

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I predict that the seeds make more plants than other ones because the seeds fly of and plant into other grounds to spread more. They are more common.

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My hypothesis is that,  the two that can grow seeds have more similarities with each other than any of the other ones.

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My hypothesis is that only two plants have seeds is that they are more alike than the others.

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My hypothesis is that since there are only two organisms  that make seeds, those two are closely related, and the three organisms that don’t make seeds are closely related  because, they share common characteristics.

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I predict that if the plants did not need as much water as they do to live, then the plants would not be a similar as they are.

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I think that making seeds is important for any plant to exist

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My hypothesis is that making seeds is a big part about of plants

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Examine the makes seeds row and make a hypothesis about the relationships of the 5 plants using this data only.

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Examine the makes seeds row and make a hypothesis about the relationships of the 5 plants using this data only.

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I am guessing that only the organism that can make seeds are very closely related and definitely from the same phylogenetic tree, since they have a lot of the same traits whereas the others that don’t grow seeds require none of that and are more likely from the same phylogenetic tree, but more distantly

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My hypothesis would be that since only two of the organisms have seeds that those to will be a lot more common and have a bigger community. But just because the others don’t have seeds dines they mean they won’t grow or spread.

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Organisms that have a number of shared characteristics can help scientists determine how closely related they are because it allows them to look at their biological structure, and their DNA.

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Organisms that share more feature can help scientists see which organisms are closely related.

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Organisms that share characteristics could help scientists determine and explore how two organisms are closely related because they could  look at how their features are similar, their reproductive system will show their DNA and what is similar in their structure/shape. They could also look at their environment, as others organisms live in a certain environment others cannot survive their because if their needs. Their way of breaking down and creating energy, example would be photosynthesis.

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The more characteristics that are shared among 2 organisms help scientists to discover how related they are. Like moss and alge they both have to live in wet environments in order to grow and are very common.

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The number of shared characteristics can help the scientists because it’s in the dna strand?

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Organisms that share more features are

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The number of shared characteristics help scientists determine how closely two organisms are related by,

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Organisms that share more  features are by

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Organisms that share more  features are by

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DNA

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Organisms that can undergo some of the same processes. (Photosynthesis, cytokinesis, Evolution) are generally going to be from the same phylogenetic tree

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Organisms that can undergo some of the same processes. (Photosynthesis, cytokinesis, Evolution) are generally going to be from the same phylogenetic tree

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Organisms that share more than one feature can help scientists figure out which plants are related.

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Organisms that share more than one feature can help scientists figure out which plants are related.

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Organisms that share more features are Close by being A form of convergent evolutions and where they come to gather

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Organisms that share more features are Close by being A form of convergent evolutions and where they come to gather

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The number of shared characteristics help scientists to determine how closely related 2 organisms are because it allows them so see just how similar they are built

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The dna

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Not every plant is going to have the exact same DNA like humans. But like humans plants are related to others so they get half of there DNA from them.

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The number of shared characteristics help scientists to determine how closely related 2 organisms are by DNA or the way they develop or form. Organisms that share more features could be like plants and humans.

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Organisms that share more features can help scienti

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Organisms that share more features are...

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Organisms that share more features are...