The images below exhibit Y-5 molars. The left comes from a chimpanzee and the other is a zoomed-in image of Y-5 molars in a human. Why do these primates share the trait for Y-5 molars? Mark the best answer. Group of answer choicesUnclear, cannot determine from the information given.Both inherited this trait from their common ancestor, which also had Y-5 molars.Convergent evolution, since both separately evolved Y-5 molars to adapt to dietary pressures.Random mutations, since having Y-5 molars is abnormal in these species of primate. The images below exhibit Y-5 molars. The left comes from a chimpanzee and the other is a zoomed-in image of Y-5 molars in a human. Whydo these primates share the trait for Y-5 molars? Mark the best answer.333Unclear, cannot determine from the information given.35Both inherited this trait from their common ancestor, which also had Y-5 molars.O Convergent evolution, since both separately evolved Y-5 molars to adapt to dietary pressures.O Random mutations, since having Y-5 molars is abnormal in these species of primate.

Studying dental morphology, especially the arrangement of cusps and grooves on molars, can shed…

Answered: The images below exhibit Y-5 molars.…

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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The images below exhibit Y-5 molars. The left comes from a chimpanzee and the other is a zoomed-in image of Y-5 molars in a human. Why do these primates share the trait for Y-5 molars? Mark the best answer.

Group of answer choices

Unclear, cannot determine from the information given.

Both inherited this trait from their common ancestor, which also had Y-5 molars.

Convergent evolution, since both separately evolved Y-5 molars to adapt to dietary pressures.

Random mutations, since having Y-5 molars is abnormal in these species of primate.

The images below exhibit Y-5 molars. The left comes from a chimpanzee and the other is a zoomed-in image of Y-5 molars in a human. Why
do these primates share the trait for Y-5 molars? Mark the best answer.
333
Unclear, cannot determine from the information given.
3
5
Both inherited this trait from their common ancestor, which also had Y-5 molars.
O Convergent evolution, since both separately evolved Y-5 molars to adapt to dietary pressures.
O Random mutations, since having Y-5 molars is abnormal in these species of primate.

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