8. what separates rabbits/primates from the crocodiles on this cladogram? hair
9. which organism is most related to the rodents and rabbits on this cladogram? primates
10. what 5 traits do bird and its closest relative share?
a. eggs with shell
b. amniotic egg
c. four limbs
d. bony skeleton
e. vertebrate
11. which organism will have dna most similar to the bird? why?
12. which organism’s dna will differ the most from the bird? why?

Question

8. what separates rabbits/primates from the crocodiles on this cladogram? hair
9. which organism is most related to the rodents and rabbits on this cladogram? primates
10. what 5 traits do bird and its closest relative share?
    a. eggs with shell
    b. amniotic egg
    c. four limbs
    d. bony skeleton
    e. vertebrate
11. which organism will have dna most similar to the bird? why?
12. which organism’s dna will differ the most from the bird? why?

Accepted Answer

### Question 8
# Brief Explanations:
To determine what separates rabbits/primates from crocodiles on the cladogram, we analyze the derived characteristics (traits) at each branch. Looking at the cladogram, the trait "Hair" is present in the branch leading to rabbits, primates, etc., but not in the branch leading to crocodiles. Crocodiles do not have hair, while rabbits (mammals) and primates (mammals) have hair as a defining mammalian trait. So the trait that separates them is hair.
# Answer: Hair

### Question 9
# Brief Explanations:
On a cladogram, organisms that share a more recent common ancestor are more closely related. Looking at the cladogram, rodents and rabbits (along with primates) share a more recent common ancestor (the branch with "Hair" and subsequent branches) compared to other organisms. The cladogram shows that rodents and rabbits are in the same major branch after the "Hair" trait, so the organism most related to rodents and rabbits is the other group in that branch, which would be primates (or each other, but among the options or context, the closest is the group sharing the most recent node. Since rodents and rabbits are both in the mammalian group with primates, the primates are closely related, but also rabbits and rodents are closely related. But from the cladogram, the node before rodents and rabbits splits is shared with primates? Wait, no—looking at the cladogram structure: after "Hair", the branch splits into primates, rodents & rabbits, and then others? Wait, the cladogram has "Hair" as a trait, then the next branches. So rodents and rabbits are in a group, and primates are another, but the closest to rodents and rabbits would be each other, but if we look at the options (the question says "which organism is most related to the rodents and rabbits"—probably primates? Wait, no, the cladogram shows that after "Hair", the line splits into primates, and then a line that splits into rodents/rabbits and then crocodiles/birds? Wait, no, the image shows: Vertebrate → Bony skeleton → Four limbs → Amniotic egg → Eggs with shell (splits into Crocodiles and Birds) and before that, from Amniotic egg, there's a branch with Hair, which splits into Primates, Rodents & rabbits. So the organisms most related to rodents and rabbits are primates (since they share the "Hair" and the branch before splitting into primates vs rodents/rabbits). So the organism most related is primates (or rodents/rabbits to each other, but the question is "which organism", so likely primates or the other in their clade.
# Answer: Primates (or Rodents/Rabbits to each other, but based on the cladogram, the closest is the group sharing the most recent common ancestor, so Primates are closely related to Rodents and Rabbits)

### Question 10
# Brief Explanations:
To find what trait birds and their closest relative (crocodiles, from the cladogram) share, we look at the traits. The cladogram shows that before the split into crocodiles and birds, the trait is "Eggs with shell". So birds and crocodiles (their closest relative here) share the trait of eggs with a shell. Let's check the options: a. Eggs with shell – this matches. b. Amniotic egg – both have amniotic egg, but the closest relative (crocodiles) and birds share "Eggs with shell" as the most recent shared trait. Wait, the cladogram: after Amniotic egg, there's a branch with "Eggs with shell" that leads to Crocodiles and Birds. So the trait they share is eggs with shell. So option a.
# Answer: a. Eggs with shell

### Question 11
# Brief Explanations:
Organisms with more recent common ancestors have more similar DNA. From the cladogram, birds are most closely related to crocodiles (they share the "Eggs with shell" trait and a recent common ancestor). Wait, no—wait, the cladogram: birds and crocodiles are in the same branch after "Eggs with shell"? Wait, no, the cladogram shows "Eggs with shell" leading to Crocodiles and Birds. So birds' closest relative is crocodiles? Or wait, maybe primates/rodents? No, because birds are in the reptile-bird branch, while primates/rodents are mammals. Wait, the cladogram: Vertebrate → Bony skeleton → Four limbs → Amniotic egg → then splits: one branch is "Eggs with shell" (crocodiles, birds), and the other branch is "Hair" (primates, rodents/rabbits). So birds are more closely related to crocodiles than to mammals (primates, rodents). But wait, the question is "which organism will have DNA most similar to the bird? Why?" So the closest relative (crocodiles) because they share a more recent common ancestor (the node at "Eggs with shell"), so their DNA is more similar. Alternatively, maybe another bird? But the options or context—from the cladogram, crocodiles are the closest relative to birds. So the organism with DNA most similar to the bird is crocodiles (or another bird, but in the cladogram, crocodiles are the closest non-bird relative). The reason is that they share a more recent common ancestor, so their DNA has fewer differences.
# Answer: Crocodiles (or another bird) will have DNA most similar to the bird because they share a more recent common ancestor (as seen in the cladogram, birds and crocodiles are closely related, sharing the "Eggs with shell" trait and a recent evolutionary branch), leading to more similar DNA sequences.

### Question 12
# Brief Explanations:
Organisms with more distant common ancestors have more different DNA. From the cladogram, the organism most distantly related to the bird would be the one with the earliest common ancestor. The cladogram starts with Vertebrate, then Bony skeleton, then Four limbs, etc. The most distant would be the organism with the fewest shared derived traits with birds. For example, the "Sphenks" (or "Fuzzy-finned fish"?) – the fish (fuzzy-finned fish) are at the base, sharing only the Vertebrate trait (and maybe Bony skeleton? Wait, the cladogram: Vertebrate → Bony skeleton (so fish with bony skeleton? Or maybe the first branch is Vertebrate, then splits into Bony skeleton and others? Wait, the cladogram has "Vertebrate" as the first trait, then "Bony skeleton", then "Four limbs", etc. So the organism most distantly related to the bird is the one with the least shared traits, like the fish (fuzzy-finned fish) or the first organism (Sphenks? The first label is "Sphenks"). So the organism whose DNA differs the most from the bird is the one with the most distant common ancestor, like the fish (or Sphenks) because they share only the most basic vertebrate traits and diverged earliest, leading to more DNA differences over time.
# Answer: The organism (e.g., Fuzzy-finned fish or Sphenks) with the most distant common ancestor from the bird (sharing only early traits like Vertebrate and diverging first) will have DNA differing the most from the bird, as more time and evolutionary divergence leads to greater DNA sequence differences.

Sovi.AI - AI Math Tutor

QUESTION IMAGE

Question

Explanation:

Question 8

Answer:

Question 9