Download and complete the MicroObservatory document. Save as MicroObservatoryby

Download and complete the MicroObservatory document. Save as MicroObservatoryby
your last nameand upload the
resulting Word document into the assignment folder.So if John Doe were submitting this assignment, he would save the file
as MicroObservatory by Doe.(unless saved in this format 10 points will be
deducted)
This assignment involves
using remote telescopes to capture images, receiving those images by email, processing
the resulting files, inserting them into a Word document, and then uploading
that document into the assignmentfolder.
Images can only be captured
when weather conditions at the remote site are favorable. Once captured, images might take 2-3 days to
arrive by email. Processing these image
files will then require additional time.
This assignment must be started several days before the due date. If you have not requested images at least 5
days before the due date then choose a different option.
Request the same set of
images 3 or more days in a row to ensure usable files.
Your images must be similar to the thumbnail examples found on the
Control Telescope page. Credit will be
deducted if submitted images are not similar in content and exposure.

It should be about 1 printed page, double spaced. Using a planetarium program, s

It should be about 1 printed page, double spaced. Using a planetarium program, such as Stellarium (available online as an interactive program, or as a free download), plot the movement of the Sun at noon on each day of the year for the whole year. In the paper, describe the shape of the motion, and explain it using the tilt of the Earth and Kepler’s second and third laws.

You are a member of a team of space scientists who require funding to send a rob

You are a member of a team of space scientists who require funding to send a robotic space craft to an object in our solar system. You are submitting a mission proposal to an international funding organization for space missions; this organization only funds missions that are conducting research in the following three areas (either one; two or all three): • The potential for human habitability on another planet or moon in our solar system • The search for extraterrestrial life on another planet, moon, comet or asteroid in our solar system • The potential for the discovery of natural resources on another planet, moon, comet or asteroid in our solar system You will write an original proposal, that describes a mission to an object that is beyond Earth but within the solar system (e.g., a planet, a dwarf planet, moon, asteroid or comet within our solar system); your proposed mission will conduct an investigation that advances the work already being done by today’s space scientists in the areas listed above. Since the members of the funding organization are not necessarily specialists in your area of research, your writing must be in layperson terms. THE DETAILED INSTRUCTION IS IN THE ‘NATS1530A-MAJOR PROJECT INSTRUCTION’ AS WELL AS THE ‘TEMPLATE’ You can use the following article as the topic: https://www.space.com/mars-rover-perseverance-confirms-lake-delta-jezero-crater Useful link for Section G calculation: One way travel time calculation tutorial: https://vimeo.com/651438912 planetary fact sheet: https://nssdc.gsfc.nasa.gov/planetary/factsheet/

For this project, you will be exploring Cosmology from a historical perspective

For this project, you will be exploring Cosmology from a historical perspective to compare past beliefs to our modern day understanding of the universe. You will write a 5-8 page (1.5 spaced, 11-12 pt font) paper disclosing your findings, and these findings must be supported by reputable sources. (Wikipedia does not count as a reputable source.) Please use APA guidelines for citations, and include a reference page at the end of your paper. (The reference page does not count towards your page limit.) I will be grading papers based on the rubric included in the assignment. Topics should focus on ONE of the following themes. (I have provided a few examples under each theme.): 1. Cosmology and Culture – Native American Cosmologies – Chinese Cosmology – Mesopotamian Cosmologies – The Presocratics 2. The Greeks’ Geometrical Cosmos – Plato’s Cosmology – Aristotle’s Cosmology – Ptolemy – Copernicus 3. Medieval Cosmology and Literature – Medieval Cosmology – Dante’s Moral Cosmology – Chaucer 4. The Scientific Revolution – Galileo – Kepler – Newtonian Cosmology 5. Galaxies: from Speculation to Science – William Herschel – Spectroscopy

You are a member of a team of space scientists who require funding to send a rob

You are a member of a team of space scientists who require funding to send a robotic space craft to an object in our solar system. You are submitting a mission proposal to an international funding organization for space missions; this organization only funds missions that are conducting research in the following three areas (either one; two or all three): • The potential for human habitability on another planet or moon in our solar system • The search for extraterrestrial life on another planet, moon, comet or asteroid in our solar system • The potential for the discovery of natural resources on another planet, moon, comet or asteroid in our solar system You will write an original proposal, that describes a mission to an object that is beyond Earth but within the solar system (e.g., a planet, a dwarf planet, moon, asteroid or comet within our solar system); your proposed mission will conduct an investigation that advances the work already being done by today’s space scientists in the areas listed above. Since the members of the funding organization are not necessarily specialists in your area of research, your writing must be in layperson terms. THE DETAILED INSTRUCTION IS IN THE ‘NATS1530A-MAJOR PROJECT INSTRUCTION’ AS WELL AS THE ‘TEMPLATE’ You can use the following article as the topic: https://www.space.com/mars-rover-perseverance-confirms-lake-delta-jezero-crater Useful link for Section G calculation: planetary fact sheet: https://nssdc.gsfc.nasa.gov/planetary/factsheet/

Prompt: Discuss how the subject matter of Lecture 2 (on Thomas Kuhn and paradigm

Prompt: Discuss how the subject matter of Lecture 2 (on Thomas Kuhn and paradigm shifts) and Lecture 3 (on the development of scientific method out of epistemology) help explicate and expound on the readings from Big History concerning the first four thresholds. In other words, how did the history of the development of scientific method help usher in a new understanding of the cosmos, the elements, the galaxies, our solar system, and, as a result, ourselves. (see attachment)

Topic: The topic of the paper is one that discusses the Meteorology in a specifi

Topic: The topic of the paper is one that discusses the Meteorology in a specific way.
Length of Paper: The paper is to be 6-8 pages, double spaced, 12 pt. New Times Roman
font. Not included in the 6-8 pages is a cover page and Bibliography/Resource page.
Footnotes: Footnotes should be utilized and the appropriate listing should be made
utilizing the Chicago Style or the style listed in the syllabus.
Bibliography: A minimum of 4 sources should be utilized. Of the 4, no more than two
may come from web sites.
Plagiarism: Please note that this must be your work. Should a paper be found to consist
of work, that has been improperly utilized, LFCC policy will be enforced.

Topic: The topic of the paper is one that discusses the Meteorology in a specifi

Topic: The topic of the paper is one that discusses the Meteorology in a specific way.
Length of Paper: The paper is to be 6-8 pages, double spaced, 12 pt. New Times Roman
font. Not included in the 6-8 pages is a cover page and Bibliography/Resource page.
Footnotes: Footnotes should be utilized and the appropriate listing should be made
utilizing the Chicago Style or the style listed in the syllabus.
Bibliography: A minimum of 4 sources should be utilized. Of the 4, no more than two
may come from web sites.
Plagiarism: Please note that this must be your work. Should a paper be found to consist
of work, that has been improperly utilized, LFCC policy will be enforced.

I have my research paper mostly complete however I have an instructor that grade

I have my research paper mostly complete however I have an instructor that grades extremely difficult. Looking for any assistance in beefing up the paper. I have never written a research-style paper before. I did my best to provide evidence of examples but I’m sure it could use more. Maybe there is a better way I can lay out the information. If I can add the grading rubric in the next step, I will. Thanks for your help!

The research paper must have the following sections: Title, Abstract, Introducti

The research paper must have the following sections: Title, Abstract, Introduction, Text Body, Conclusion, and Reference List.
Format:
The text body section (excluding abstract, introduction, tables, figures, conclusion, and references) must be more than 3 pages.
Typed and double-spaced.
The type should be 12 pt. Times New Roman. (not abstract)
Only the abstract paragraph has be to 11 pt. Times New Roman.
Cite every piece of information that comes from a Reference.
References should be cited in the text must be in this style: (Farahmandi 2017), (NASA 2016)
References should be cited in the text must appear in the Reference List.
You must use 3 or more different references.
Use professional citation styles
Figures and tables must have captions and be referred to in the text.

Topic:
In planetary science, accretion is basically a process in which dust and gas particles orbit around a planet, and these particles continuously grow by colliding and sticking together under the influence of gravitational attraction. As continuously these particles grew, eventually, a new planet is formed. Therefore, in short, the Accretion process defines how a planet is formed due to gravitational attraction.
What is accretion?
What is accretion responsible for forming?
What causes accretion to occur?
What formed from the process of accretion?
What does the accretion hypothesis have to do with the formation of Earth? How did accretion shape early Earth?
What is wrong with the accretion theory?