n Stanley Miller’s experiment to recreate the early Earth conditions that gave rise to life, describe which part of the experimental instruments mimicked

Imagine you are the head of a newly formed NASA Interplanetary Paleontology Department! Based on preliminary observations of a nearby planet (listed below), do you expect fossils to be in high or low abundance? Provide three evidence-based arguments to justify your choice, identifying the type of fossil record bias associated with each. Preliminary Observations: Volcanic eruptions and the formation of rift valleys and active subduction zones are regular occurrences on this planet. Algae and many soft-bodied animals are found in the oceans. A few leafy plants and a diversity of insect- and scorpion-like animals dominate the land at low densities. You can make the following assumptions: 1. The planet is of similar age and environmental conditions to Earth 2. Decomposition and other mechanisms relevant for fossilization occur on this planet as they do on Earth 3. Environmental conditions, species diversity, and population abundances in the past remained very similar to what is present now…

Immanuel Kant suggested, in his Investigation of the Question Whether the Earth Has Undergone Any Change in Its Axial Rotation (1754), that, according to Newtonian physics, in the distant past: the Earth had a longer day than 365 hours, but a year equal to 365 of our modern 24-hour days the Earth had a shorter year than 365 of our modern 24-hour days, but a longer day than 24 hours the Earth had a shorter day than 24 hours, but a year equal to 365 of our modern 24-hour days the Earth had a longer day than 24 hours, but a longer year than 365 of our modern 24-hour days the Earth had a year equal to 365 of our modern 24-hour days, but a longer day than 24 hours

For this activity, you will be reviewing the geological time scale in the module readingassignment from the Geological Time chapter in the PRI Digital Atlas of Ancient Life –online textbook and the Earth History chapter from the OER Commons Earth ScienceTextbook. Use the images of the geologic time scales in your readings to help you makeyour Geologic Time Scale concept sketch nstructions:Sketch and label a geologic time scale. Include dates of the following events in EarthHistory on your time scale in the appropriate time period (you may have to look these up onthe internet but most are listed in your readings). First appearance of free oxygen in the atmosphere Earliest fossils Oldest animal fossils Great Dying Extinction (worst mass extinction at end of the Permian Period) – alsoexplain possible causes of this extinctionArchaeopteryx sp. appeared First Flowering PlantsTyrannosaurus rex appeared K-T Extinction event (Dinosaurs died out) – also explain possible causes of…

1. The representation must be on a linear scale (not logarithmic) . Have the student to present the years in a way that really helps the audience to visualize just how long Earth has been around compared to how short an amount of time humans have been on earth, for example. 2. Have the student include a legend that allows the audience to interpret how they are representing the time since each event has occurred (e.g., 1cm = 1000 years, 1mL = 100,000 years, 1 second = 10,000 years) 4. The student is to include the following important events: Start of life (~3.8 GYA[1]) Origin of eukaryotes (~2–3.5 GYA - your choice within that range) Origin of multicellularity (~2 GYA) Origin of Homo sapiens(~200 KYA) Present time (0 YA) 5. The student is to include at least 3 other events. The events must relate to the history of Earth, not human history. The student will need to find the dates of these events Formation of Earth Oxygenation of Earth’s atmosphere Origin of vertebrates Mass…

List in order of appearance the four stages of the origin of life and explain what was necessary to occur in order for life to have evolved in this fashion. For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BI U S Paragraph Arial 14рх A v •.. !!!

Can you please help me  answer these questions

The field of geology helped to set the stage for the Theory of Evolution through an understanding that life on Earth is millions of years old erosion can reveal ancient strata of sediment fossils of ancient life can be found in these ancient strata of rock all of the above OO OO

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?

A scientist has a fossil that was found in a layer of rock close to Earth’s surface. He believes that the fossil is around 12,000 years old. Which method would best allow the scientist to confirm the actual age of the fossil? finding another fossil in a deeper layer of rock finding another fossil in the same layer of rock using carbon/nitrogen absolute dating using potassium/argon absolute dating