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PHYS 1 Austin Community College Vernier Projectile Motion Lab Report
Vernier Projectile Motion LabA lab activity to determine the acceleration due to gravity for an object in projectile motio ...
PHYS 1 Austin Community College Vernier Projectile Motion Lab Report
Vernier Projectile Motion LabA lab activity to determine the acceleration due to gravity for an object in projectile motion. Here is the link to the program:https://videoanalysis.app/?key=a02cfb29423c4397ba7bb7217b3f55d2-fb4a1847cc840064543f560e7191f93e-8354292456104d72ccb923b00d5bddf3-31ee33fe71bd95e11424ef58348193v2and here is a video (you will need to scroll down a little to get to the video) that explains how to use the program (start at 1:30 on the video in order to skip the registration information):https://www.vernier.com/physics/vernier-video-analysis/Then select the "Basketball Shot" sample video and determine the magnitude of the acceleration from both the vertical position versus time graph and the horizontal position versus time graph. Write down your results rounded to 1 decimal place and then combine them to get the magnitude of the acceleration due to gravity and submit the results along with your graphs (screen shots or print outs) and with three major sources of error.Here is a link to the user manual in case it is needed:http://www2.vernier.com/manuals/video-analysis-manual.pdf
Chicago State University Galaxy Zoo Astronomy Project Paper
to read the instructions, please check the attachment Galaxy Zoo is a crowdsourced astronomy project which invites people ...
Chicago State University Galaxy Zoo Astronomy Project Paper
to read the instructions, please check the attachment Galaxy Zoo is a crowdsourced astronomy project which invites people
to assist in the morphological classification of large numbers of
galaxies. It is perhaps so far the most successful project in citizen
science, which asks the public to help in scientific research.
Started in 2007, the first project of Galaxy Zoo received, in 175 days,
more than 40 million classifications from 100,000 volunteers for about
1 million celestial objects in the Sloan Digital Sky Survey. After 10
years, Galaxy Zoo developed many projects to classify galaxies from
observations with ground-based telescopes, space-based telescopes,
and even numerical simulations.
In this lab, you are asked to join Galaxy Zoo to help classify 30
random galaxies, and answer some questions related to them. Please
follow these steps:
1.Go to the website: https://www.zooniverse.org/projects/zookeeper/
galaxy-zoo (Galaxy Zoo is now a part of the “zooniverse”).
2.Register yourself and log in (it should be easy) — this is very
important — otherwise, your records cannot be saved!3.Now, back to the project website, scroll down, you will see “Get
Started” with two options “Classic” and “Enhanced”. Let’s click on
“Classic”.
4.Basically, you are ready to go! But, you may need some helps. You
can click on “Tutorial” to learn more. What’s more useful is a link in
the bottom of the right panel: “Need some help with this task?” I
strongly suggest you read it before finishing EACH TASK: one
galaxy has a few tasks, each of them having different help clues.
Page 2 of 4
5.Try to classify 8 objects. Then click the “RECENT” button in the top
right of the webpage. You should be able to see the objects you just
finished.
Very Important: please keep in mind that when clicking on those
options, you are helping human beings to advance our
understanding of the universe! It’s not just for finishing a lab! So
please be careful and responsible — each click counts!
6. Under each image, there are two buttons: “favorite” and “collect”.
Click on the “collect” button, create your own collection (private is
ok), and add each object/image into your collection.
7. Take a screenshot of the “RECENT” webpage with the images of
the 8 objects.
8. Repeat Step 5 and 7 for three more times and finish 30 objects.
Now you should have 4 screenshots, each with 7-8 objects.
9.Print out the 4 screenshots and turn them in with your report. A
black+white printing is ok — no need for using color. Each galaxy is
0.5 point, so the total is 15 points. (Don’t try to copy from your
friends, because galaxies are randomly appeared!)
10.Now, answer the following questions and submit your answers in a
TYPED report. You can write an ID for each galaxy in your
screenshots, then refer to the IDs when answering questions.
BIO 141 Los Angeles Mission College Human Physiology Questions Discussion
1. Compare excitation-contraction coupling and relaxation in cardiac and skeletal muscles.2. Compare the action poten ...
BIO 141 Los Angeles Mission College Human Physiology Questions Discussion
1. Compare excitation-contraction coupling and relaxation in cardiac and skeletal muscles.2. Compare the action potentials of contractile cardiac muscle, autorhythmic cardiac muscle and skeletal muscle.3. Explain the Frank-Starling law of the heart.4. Describe the conductions of electrical signals through the heart.5. Describe the parts of the electrocardiogram (ECG) and explain how these electrical events are related to the mechanical events of the cardiac cycle.6. Explain the role of the autonomic divisions in control of heart rate at the cellular and molecular level.7. Describe in detail how baroreceptor reflex demonstrates the core concept of homeostasis. 8. Explain how the Starling forces regulate bulk flow in the capillaries using the core concept of flow-down-gradients. 9. Explain the pressure changes which occur during the cardiac cycle and their relationship to the flow of blood through the heart and blood vessels 10. Explain the principles underlying the measurement of blood pressure using a sphygmomanometer 11. Explain Poiseuille’s law.12. Explain how the autonomic nervous system influences the flow of blood to organs of the body. Make sure to include which adrenergic receptors are involved in this influence.this answer need use book . and at least minimum 150 words for each question . that the professor comment for lest one (All questions need an introductory paragraph demonstrating your knowledge of the key points. You then need to explain how the specific example of the question . Your responses are intermingled. You are on the right track, but just need to work out getting more detail and organizing your response a little better.)
5 pages
Cloning
Cloning refers to the act of duplicating and creating an identical twin of the original source. In biological terms, it re ...
Cloning
Cloning refers to the act of duplicating and creating an identical twin of the original source. In biological terms, it refers to the act of creating ...
10 pages
20200423193357lab 3 Population Genetics 1 1
1. To be able to use the Hardy-Weinberg model of population genetics to estimate genotype, In the last lab, we saw how gen ...
20200423193357lab 3 Population Genetics 1 1
1. To be able to use the Hardy-Weinberg model of population genetics to estimate genotype, In the last lab, we saw how genes are expressed and ...
Cloud Seeding
On a certain day, towering cumulus clouds are unable to penetrate above the 500 mb level, where the temperature is -20C, b ...
Cloud Seeding
On a certain day, towering cumulus clouds are unable to penetrate above the 500 mb level, where the temperature is -20C, because of the presence of a weakly stable layer where the environment lapse rate is 5C/km. If these clouds are seeded with silver iodide so that all of the liquid water in them (1 g/m^3) freezes, by how much will the tops of the cumulus cloud rise ? [ Note: from the skew T- In p chart, the saturated adiabatic lapse rate at 500 mb is around 6C/km. Hint:focus on the thermodynamics at cloud top.]
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Most Popular Content
PHYS 1 Austin Community College Vernier Projectile Motion Lab Report
Vernier Projectile Motion LabA lab activity to determine the acceleration due to gravity for an object in projectile motio ...
PHYS 1 Austin Community College Vernier Projectile Motion Lab Report
Vernier Projectile Motion LabA lab activity to determine the acceleration due to gravity for an object in projectile motion. Here is the link to the program:https://videoanalysis.app/?key=a02cfb29423c4397ba7bb7217b3f55d2-fb4a1847cc840064543f560e7191f93e-8354292456104d72ccb923b00d5bddf3-31ee33fe71bd95e11424ef58348193v2and here is a video (you will need to scroll down a little to get to the video) that explains how to use the program (start at 1:30 on the video in order to skip the registration information):https://www.vernier.com/physics/vernier-video-analysis/Then select the "Basketball Shot" sample video and determine the magnitude of the acceleration from both the vertical position versus time graph and the horizontal position versus time graph. Write down your results rounded to 1 decimal place and then combine them to get the magnitude of the acceleration due to gravity and submit the results along with your graphs (screen shots or print outs) and with three major sources of error.Here is a link to the user manual in case it is needed:http://www2.vernier.com/manuals/video-analysis-manual.pdf
Chicago State University Galaxy Zoo Astronomy Project Paper
to read the instructions, please check the attachment Galaxy Zoo is a crowdsourced astronomy project which invites people ...
Chicago State University Galaxy Zoo Astronomy Project Paper
to read the instructions, please check the attachment Galaxy Zoo is a crowdsourced astronomy project which invites people
to assist in the morphological classification of large numbers of
galaxies. It is perhaps so far the most successful project in citizen
science, which asks the public to help in scientific research.
Started in 2007, the first project of Galaxy Zoo received, in 175 days,
more than 40 million classifications from 100,000 volunteers for about
1 million celestial objects in the Sloan Digital Sky Survey. After 10
years, Galaxy Zoo developed many projects to classify galaxies from
observations with ground-based telescopes, space-based telescopes,
and even numerical simulations.
In this lab, you are asked to join Galaxy Zoo to help classify 30
random galaxies, and answer some questions related to them. Please
follow these steps:
1.Go to the website: https://www.zooniverse.org/projects/zookeeper/
galaxy-zoo (Galaxy Zoo is now a part of the “zooniverse”).
2.Register yourself and log in (it should be easy) — this is very
important — otherwise, your records cannot be saved!3.Now, back to the project website, scroll down, you will see “Get
Started” with two options “Classic” and “Enhanced”. Let’s click on
“Classic”.
4.Basically, you are ready to go! But, you may need some helps. You
can click on “Tutorial” to learn more. What’s more useful is a link in
the bottom of the right panel: “Need some help with this task?” I
strongly suggest you read it before finishing EACH TASK: one
galaxy has a few tasks, each of them having different help clues.
Page 2 of 4
5.Try to classify 8 objects. Then click the “RECENT” button in the top
right of the webpage. You should be able to see the objects you just
finished.
Very Important: please keep in mind that when clicking on those
options, you are helping human beings to advance our
understanding of the universe! It’s not just for finishing a lab! So
please be careful and responsible — each click counts!
6. Under each image, there are two buttons: “favorite” and “collect”.
Click on the “collect” button, create your own collection (private is
ok), and add each object/image into your collection.
7. Take a screenshot of the “RECENT” webpage with the images of
the 8 objects.
8. Repeat Step 5 and 7 for three more times and finish 30 objects.
Now you should have 4 screenshots, each with 7-8 objects.
9.Print out the 4 screenshots and turn them in with your report. A
black+white printing is ok — no need for using color. Each galaxy is
0.5 point, so the total is 15 points. (Don’t try to copy from your
friends, because galaxies are randomly appeared!)
10.Now, answer the following questions and submit your answers in a
TYPED report. You can write an ID for each galaxy in your
screenshots, then refer to the IDs when answering questions.
BIO 141 Los Angeles Mission College Human Physiology Questions Discussion
1. Compare excitation-contraction coupling and relaxation in cardiac and skeletal muscles.2. Compare the action poten ...
BIO 141 Los Angeles Mission College Human Physiology Questions Discussion
1. Compare excitation-contraction coupling and relaxation in cardiac and skeletal muscles.2. Compare the action potentials of contractile cardiac muscle, autorhythmic cardiac muscle and skeletal muscle.3. Explain the Frank-Starling law of the heart.4. Describe the conductions of electrical signals through the heart.5. Describe the parts of the electrocardiogram (ECG) and explain how these electrical events are related to the mechanical events of the cardiac cycle.6. Explain the role of the autonomic divisions in control of heart rate at the cellular and molecular level.7. Describe in detail how baroreceptor reflex demonstrates the core concept of homeostasis. 8. Explain how the Starling forces regulate bulk flow in the capillaries using the core concept of flow-down-gradients. 9. Explain the pressure changes which occur during the cardiac cycle and their relationship to the flow of blood through the heart and blood vessels 10. Explain the principles underlying the measurement of blood pressure using a sphygmomanometer 11. Explain Poiseuille’s law.12. Explain how the autonomic nervous system influences the flow of blood to organs of the body. Make sure to include which adrenergic receptors are involved in this influence.this answer need use book . and at least minimum 150 words for each question . that the professor comment for lest one (All questions need an introductory paragraph demonstrating your knowledge of the key points. You then need to explain how the specific example of the question . Your responses are intermingled. You are on the right track, but just need to work out getting more detail and organizing your response a little better.)
5 pages
Cloning
Cloning refers to the act of duplicating and creating an identical twin of the original source. In biological terms, it re ...
Cloning
Cloning refers to the act of duplicating and creating an identical twin of the original source. In biological terms, it refers to the act of creating ...
10 pages
20200423193357lab 3 Population Genetics 1 1
1. To be able to use the Hardy-Weinberg model of population genetics to estimate genotype, In the last lab, we saw how gen ...
20200423193357lab 3 Population Genetics 1 1
1. To be able to use the Hardy-Weinberg model of population genetics to estimate genotype, In the last lab, we saw how genes are expressed and ...
Cloud Seeding
On a certain day, towering cumulus clouds are unable to penetrate above the 500 mb level, where the temperature is -20C, b ...
Cloud Seeding
On a certain day, towering cumulus clouds are unable to penetrate above the 500 mb level, where the temperature is -20C, because of the presence of a weakly stable layer where the environment lapse rate is 5C/km. If these clouds are seeded with silver iodide so that all of the liquid water in them (1 g/m^3) freezes, by how much will the tops of the cumulus cloud rise ? [ Note: from the skew T- In p chart, the saturated adiabatic lapse rate at 500 mb is around 6C/km. Hint:focus on the thermodynamics at cloud top.]
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