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Course Integrated Project (CIP) Course Integrated Project (CIP): Planet Earth (3 Parts) You will complete one integrated project in three stages (parts) during this eight-week session. This term-long project will deal with the analysis of data related to planet Earth. The project is designed to help you apply the concepts you learned in this course. Refer to the course schedule and note the due date for each stage (part). Part 1: Vital Signs of Planet Earth (CIP1) Activity Description 1. Go to: "NASA Global Climate Change Eyes on Earth" site located at https://climate.nasa.gov/. 2. Review the vital signs of planet Earth. 3. Select one vital sign that can be represented by a graph. (i.e., Arctic Sea Ice, Carbon Dioxide, Sea Level, Global Temperature, Land Ice, etc...). Identify this vital sign as the focus for this exercise. 4. For your selected vital sign, thoroughly respond to each question or direction: a. When was the data last updated? b. Who (person or organization) collected the data? c. Is the collection entity a reliable source for data? Do you trust the data? Explain. d. How was this data collected? Identify and explain/summarize the process with references beyond the main site. Reference correctly. e. Describe the data. Describe the graph. Tell the "story" that the graph represents. Is there a relationship between variables (concepts, quantities) present? What units (measurements) are involved? f. Why are scientists interested in this data? g. Conduct informational research on the topic. Summarize the results of this literature search and include references h. Free write (not content scored). What do you think of the data? Does it have any connection or importance to your life? Is it meaningful to you in any way? Since this (part "h" only) is a free write assignment designed to elicit student reflection and self-assessment, it will not be assessed based upon content, but rather it will be assessed based upon effort and honest reflection consistent with responses per the weekly Forums. 5. Submit your work to the Assignments Folder by due date. Feel free to openly discuss this assignment in the weekly Forums. Evaluation/Rubric Consistent with course policy and with all prior and future evaluations, this work will be scored based upon the general rubric distributed at the beginning of this course. This general rubric encourages you to strive to demonstrate maximum understanding and not just meet minimum requirements. Keep this rubric in mind for every assignment you do. Make it R.EA.L. -- Reach. Expand. Achieve. Learn.
A nonreflective coating (n = 1.35) covers the glass (n = 1.52) of a camera lens. determine the minimum nonzero thickness that the coating can have
A rectangular block of ice 12 m on each side and 1.3 m thick floats in sea water. The density of the sea water is 1025-kg/m3. The density of ice is 917 kg/m3. How many penguins of mass 26 kg each can stand on the ice block before they get their fe..
find out kinetic energy of ball at the highest point of motion.
Yellow light that has a wavelength of 6.32 x10^2 nm passes through two narrow slits that are 0.201 mm apart. An interference pattern is produced on a screen 183 cm away. What is the location of the first-order image.
The aorta is a major artery, rising upward from the left ventricle of the heart and curving down to carry blood to the abdomen, what is the magnitude (in m/s2) of the blood's centripetal acceleration
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Coherent light with wavelength 546 nm passes through two very narrow slits, and the interference pattern is observed on a screen the distance of 3.00 {rm m} from the slits. The first-order bright fringe is a distance of 4.86 {rm mm} from the center o..
The two surfaces of a plastic converging lens have equal radii of curvature of 24.5cm, determine the index of refraction of the plastic
A piece of unpainted wood barely floats in a container partly filled with water. If container is sealed and then pressurized above atmospheric pressure, does the wood rise, sink, or remain at the similar level.
two vehicles of equal mass at a 90 degree intersection. If the momentum of vehicle A is 1.20 x 10^5 kg km/h east and the momentum of vehicle is 8.50 x 10^4 kg km/h north, what is the resulting momentum of the final mass
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