Describe the issues raised by the discoveries of Homo naledi and Homo floresiensis in understanding the story of the evolution of Homo sapiens

Question is attached

https://youtu.be/SkeNMoDlHUU?si=AwIDdGlbpS69KBVe (Summarize it in a bullet form and send the answer here based on the given questions)    Here are the following questions: 1. Discuss the major events in the history of life on earth, starting from the origin of life up to the present day, highlighting key evolutionary developments and transitions.  2. What is the role of mass extinctions in shaping the history of life on Earth? How do these events influenced biodiversity and evolutionary trajectories?

Radiometric dating and the cranial capacity measurements are back from the paleolab for the specimen you discovered at the site you were excavating in South Africa.  Lab results indicate that the cranial capacity is 520 cubic centimeters and it dates to about 1.5 million years ago.  After having identified the cranial traits present, you can now take this new information and provide, at least, the genus to which you think it may belong. Based on this information, choose from the options below, the category to which you think it most likely belongs.   -Pre-australopith -Premodern Human -Gracile Australopithecine -Early Genus Homo -Robust Australopithecine -Late Genus Homo

Please answer fast At various times since the human lineage diverged from our common ancestor with chimps, there have been two or more species of human relatives alive at the same time, including times when our own species shared the planet with another species in our genus. If another species of Homo were still alive today, how would Homo sapiens interact with it?

Main question I need for notes: If evolution is true then why do new species seem to appear out of nowhere in the fossil record?Please answer the question below the picture if possible, thank you.

QUESTION 7 Identify the sources of evidence for evolution (select all that apply): A. Fossil evidence B. Direct observation through artificial selection OC. Similarities and differences in DNA D. Shared characteristics among living organisms OE. Common patterns of embryo development F. Biogeographic evidence

Question 4 The sequenced genomes of many vertebrates have multiple Hox gene clusters. Why might these have been selectively advantageous in the evolution of vertebrates? In case of a Hox mutation, an embryo is more likely to be able to develop normally. A B) Having multiple Hox clusters ensures proper mouth-first gastrulation of the zygote. Having multiple Hox clusters allows vertebrates to evolve faster. D) In case of a Hox mutation, an embryo will be able to evolve new traits. 2 Points Question 5. Last saved 1:0 er 11 P Type here to search Ho PrtScn F8 DII F6 F7 F4 F5 F1 F2 F3 24 6

Which of the following species is the least likely to have been ancestral to early Homo? [Select] [ Select] afarensis platyops aethiopicus garhi africanus iokotome Boy AKA Turkana boy)