Perception checking – 1000 words Apply the perception checking process to at least 3 different individuals Write a paper including each of the following in some way: (They need not be in this order) A brief description or outline of the basic steps in the perception checking process A detailed description of your experience in at least 1 of the applications of the process A brief mention of the other applications A summary of how it worked for you–what you learned and how you think it might apply in your life As with all writing assignments in this class, Write using the active voice wherever possible Develop a good structure with opening and closing statements and supporting material Pay attention to spelling, grammar, sentence and paragraph structure Write in the most interesting way you can

Perception checking – 1000 words Apply the perception checking process to at least 3 different individuals Write a paper including each of the following in some way: (They need not be in this order) A brief description or outline of the basic steps in the perception checking process A detailed description of your experience in at least 1 of the applications of the process A brief mention of the other applications A summary of how it worked for you–what you learned and how you think it might apply in your life As with all writing assignments in this class, Write using the active voice wherever possible Develop a good structure with opening and closing statements and supporting material Pay attention to spelling, grammar, sentence and paragraph structure Write in the most interesting way you can

info@checkyourstudy.com Whatsapp +919911743277
5. Study Questions for excerpt from Hume’s A Treatise of Human Nature (T I.4.vi) In paragraph four, Hume compares the mind with a ___ THEATRE ____________. However, he warns that we shouldn’t let the comparison mislead us. How do the two things differ?

5. Study Questions for excerpt from Hume’s A Treatise of Human Nature (T I.4.vi) In paragraph four, Hume compares the mind with a ___ THEATRE ____________. However, he warns that we shouldn’t let the comparison mislead us. How do the two things differ?

The comparison of the theatre must not deceive. They are … Read More...
– 1 – Laboratory 1 Introduction: In this lab you will look at two problems that are at the heart of calculus. Each of these experiments illustrates a core calculus concept. You should perform each experiment taking notes and pictures. You will use these to write up your results. You are expected to use a word processor to produce the laboratory. Graphing software should be used to draw your graphs and illustrations. You can also include pictures you have taken. Equations should be written using “equation editor” software. In short, the laboratory should have a professional look and feel to it. It should be of publishable quality. You report should be printed on 8.5 x 11 inch paper and include a title page (format will be discussed in class). Each page should be numbered. You can work in groups of 3 on this laboratory. If you do this, you must include a page right after the title page and before the report that includes a list of the contributions of each member of the group has made. Question 1 Suppose you start 10 feet away from a wall and walk 5 feet toward the wall and stop. Now walk 2.5 feet toward the wall and stop. Keep going each time walking half the distance of your previous walk toward the wall. 1. Where are you after three walks? 2. Where are you after 2, 3, 4, 5, 10 walks? 3. Create a function where n is the number of the walk and f(n) is the distance from the wall. 4. Graph this function. 5. Using your modeling skills find a model for this function. 6. If you walk forever, were will you end up? For this one write a paragraph defending your location. 7. If instead of walking one half as far as the previous walk, walk one third. That is start 9 feet away from the wall and walk 3 feet, then 1 foot, then 1/3 of a foot, etc. Where do you end up this time? Again write a paragraph. 8. Discuss you experiment in relation Zeno’s Paradox called Achilles and Tortoise. – 2 – Question 2 Here you are going to find the circumference and area of a circle by approximating it with polygons. 1. Start by drawing a circle with radius 3” on a sheet of paper. (You should include your drawings in laboratory report. You should be able to get two per page.) 2. Divide the circle into 3 equal parts. 3. Now connect adjacent points on the circumference to form 3 triangles as shown below. You need to find the area of these isosceles triangles and the length of the bases (red lines). 4. In a table keep track of the following: a. The number of triangles. b. The sum of the lengths of the bases. This is your approximation for the circumference. Label this column, C. c. The sum of the areas of the triangles. This is your approximation for the area of the circle. Label this column , A. d. In a column divide your approximation for the circumference by 2*r. This value should be 6 since r is the radius of your circle is 3. Label this column P1 e. In a column divide your approximation for the area by r2 or 9. Label this column P2. – 3 – 5. Repeat this process for n = 4 … 15 recording your results in the correct columns. 6. Create the two functions described below. You should the graph for each of these functions separately. a. C(n) which associates n to the corresponding approximation of the circumference. b. A(n) which associates n to the corresponding approximation of the area. 7. For the two functions created in step 6 find a model for each function. 8. If we were to continue this experiment — let n grow larger without bound then what values do C and A will approach. Write a paragraph for each variable explaining your reasoning. 9. Then examine the P1 and P2 columns of your table. Write a paragraph on what you if n is allowed to grow larger without bound.

– 1 – Laboratory 1 Introduction: In this lab you will look at two problems that are at the heart of calculus. Each of these experiments illustrates a core calculus concept. You should perform each experiment taking notes and pictures. You will use these to write up your results. You are expected to use a word processor to produce the laboratory. Graphing software should be used to draw your graphs and illustrations. You can also include pictures you have taken. Equations should be written using “equation editor” software. In short, the laboratory should have a professional look and feel to it. It should be of publishable quality. You report should be printed on 8.5 x 11 inch paper and include a title page (format will be discussed in class). Each page should be numbered. You can work in groups of 3 on this laboratory. If you do this, you must include a page right after the title page and before the report that includes a list of the contributions of each member of the group has made. Question 1 Suppose you start 10 feet away from a wall and walk 5 feet toward the wall and stop. Now walk 2.5 feet toward the wall and stop. Keep going each time walking half the distance of your previous walk toward the wall. 1. Where are you after three walks? 2. Where are you after 2, 3, 4, 5, 10 walks? 3. Create a function where n is the number of the walk and f(n) is the distance from the wall. 4. Graph this function. 5. Using your modeling skills find a model for this function. 6. If you walk forever, were will you end up? For this one write a paragraph defending your location. 7. If instead of walking one half as far as the previous walk, walk one third. That is start 9 feet away from the wall and walk 3 feet, then 1 foot, then 1/3 of a foot, etc. Where do you end up this time? Again write a paragraph. 8. Discuss you experiment in relation Zeno’s Paradox called Achilles and Tortoise. – 2 – Question 2 Here you are going to find the circumference and area of a circle by approximating it with polygons. 1. Start by drawing a circle with radius 3” on a sheet of paper. (You should include your drawings in laboratory report. You should be able to get two per page.) 2. Divide the circle into 3 equal parts. 3. Now connect adjacent points on the circumference to form 3 triangles as shown below. You need to find the area of these isosceles triangles and the length of the bases (red lines). 4. In a table keep track of the following: a. The number of triangles. b. The sum of the lengths of the bases. This is your approximation for the circumference. Label this column, C. c. The sum of the areas of the triangles. This is your approximation for the area of the circle. Label this column , A. d. In a column divide your approximation for the circumference by 2*r. This value should be 6 since r is the radius of your circle is 3. Label this column P1 e. In a column divide your approximation for the area by r2 or 9. Label this column P2. – 3 – 5. Repeat this process for n = 4 … 15 recording your results in the correct columns. 6. Create the two functions described below. You should the graph for each of these functions separately. a. C(n) which associates n to the corresponding approximation of the circumference. b. A(n) which associates n to the corresponding approximation of the area. 7. For the two functions created in step 6 find a model for each function. 8. If we were to continue this experiment — let n grow larger without bound then what values do C and A will approach. Write a paragraph for each variable explaining your reasoning. 9. Then examine the P1 and P2 columns of your table. Write a paragraph on what you if n is allowed to grow larger without bound.

info@checkyourstudy.com
Vermont Technical College Electronic Applications ELT-2060 Lab 07: Common Mode Rejection Ratio and Instrumentation Amplifiers Reference: Laboratory Manual to Accompany Operational Amplifiers and Linear Integrated Circuits, Robert Coughlin, Sixth Edition. For the following exercise, make sure to record all calculations, estimations and measured results. Components: LM741 Op Amp, INA126 instrumentation Amp, 10 Ω, 1 kΩ, 470 Ω, 10 kΩ ½ W, 15 kΩ, 82 kΩ, 2-100 kΩ, , 50 kΩ potentiometer Objectives: a. LM741 Differential Voltage Gain, Common Mode Voltage Gain, Common Mode Rejection Ratio b. INA126 instrumentation amplifiers a. Differential Voltage Gain, Common Mode Voltage Gain, Common Mode Rejection Ratio Build the circuit of figure 1. Measure both E1 and E2 with respect to ground and record the values. Next calculate the differential voltage across the 10Ω resistor. Ediff= E1-E2. Calculate the differential voltage gain Adiff Vo = Adiff(E1-E2) or for this schematic Adiff = m = mR/R Measure Vo ` Modify the circuit as shown in figure 2, this now includes a common mode adjustment. In this circuit both inputs (+ input, – input) are shorted together and to E2, which is now the common mode voltage ECM. Measure and record E2 =ECM = __________ Measure Vo of the amplifier and adjust the 50k potentiometer for the smallest output voltage possible. Record this voltage as Vo-cm (Note this value should be approximately 1mV). Vo-cm=_________ Calculate common-mode voltage gain Acm = Vo-cm/Ecm Acm=_______ CMRR= Adiff/Acm CMRR =________ CMRR in dB = _________dB b. INA126 Instrumentation amplifiers 1. Wire the Instrumentation amplifier shown in figure 3. Set the differential gain Adiff to 10 by adjusting the 10-k Ω potentiometer. Again measure E1 and E2 with respect to ground E1=_____ E2=_______ 2. Predict the output voltage Vo from the equation Vo = Adiff(E1-E2) Calculated Vo= ____ Measured Vo=_____ 3. Readjust the 10-k Ω potentiometer for a differential gain of 100. Predict the output voltage Vo from the equation Vo = 100(E1-E2) Calculated Vo= ____ Measured Vo=_____ 4. To measure the common-mode voltage gain of the AD820 instrumentation amplifier, connect both inputs (pin 2 and pin 3) together and to E2 (see figure 4). Remeasure E2, in this configuration E2 = Ecm. Ecm=_______ 5. Measure Vocm Vocm=____ 6. Common-mode voltage gain = Acm= Vocm/Eocm 7. CMRR = Adiff/Acm CMRR = __________ CMRR in dB = _________ dB Compare your results to the INA126 data sheet Lab Report: This lab requires a semi-formal lab report. Record all calculations, estimations, and measured results. Support your lab results using MultiSim; include your MultiSim schematics in your lab report to support your laboratory findings. Please include a written English language paragraph for all lab steps that required an explanation.

Vermont Technical College Electronic Applications ELT-2060 Lab 07: Common Mode Rejection Ratio and Instrumentation Amplifiers Reference: Laboratory Manual to Accompany Operational Amplifiers and Linear Integrated Circuits, Robert Coughlin, Sixth Edition. For the following exercise, make sure to record all calculations, estimations and measured results. Components: LM741 Op Amp, INA126 instrumentation Amp, 10 Ω, 1 kΩ, 470 Ω, 10 kΩ ½ W, 15 kΩ, 82 kΩ, 2-100 kΩ, , 50 kΩ potentiometer Objectives: a. LM741 Differential Voltage Gain, Common Mode Voltage Gain, Common Mode Rejection Ratio b. INA126 instrumentation amplifiers a. Differential Voltage Gain, Common Mode Voltage Gain, Common Mode Rejection Ratio Build the circuit of figure 1. Measure both E1 and E2 with respect to ground and record the values. Next calculate the differential voltage across the 10Ω resistor. Ediff= E1-E2. Calculate the differential voltage gain Adiff Vo = Adiff(E1-E2) or for this schematic Adiff = m = mR/R Measure Vo ` Modify the circuit as shown in figure 2, this now includes a common mode adjustment. In this circuit both inputs (+ input, – input) are shorted together and to E2, which is now the common mode voltage ECM. Measure and record E2 =ECM = __________ Measure Vo of the amplifier and adjust the 50k potentiometer for the smallest output voltage possible. Record this voltage as Vo-cm (Note this value should be approximately 1mV). Vo-cm=_________ Calculate common-mode voltage gain Acm = Vo-cm/Ecm Acm=_______ CMRR= Adiff/Acm CMRR =________ CMRR in dB = _________dB b. INA126 Instrumentation amplifiers 1. Wire the Instrumentation amplifier shown in figure 3. Set the differential gain Adiff to 10 by adjusting the 10-k Ω potentiometer. Again measure E1 and E2 with respect to ground E1=_____ E2=_______ 2. Predict the output voltage Vo from the equation Vo = Adiff(E1-E2) Calculated Vo= ____ Measured Vo=_____ 3. Readjust the 10-k Ω potentiometer for a differential gain of 100. Predict the output voltage Vo from the equation Vo = 100(E1-E2) Calculated Vo= ____ Measured Vo=_____ 4. To measure the common-mode voltage gain of the AD820 instrumentation amplifier, connect both inputs (pin 2 and pin 3) together and to E2 (see figure 4). Remeasure E2, in this configuration E2 = Ecm. Ecm=_______ 5. Measure Vocm Vocm=____ 6. Common-mode voltage gain = Acm= Vocm/Eocm 7. CMRR = Adiff/Acm CMRR = __________ CMRR in dB = _________ dB Compare your results to the INA126 data sheet Lab Report: This lab requires a semi-formal lab report. Record all calculations, estimations, and measured results. Support your lab results using MultiSim; include your MultiSim schematics in your lab report to support your laboratory findings. Please include a written English language paragraph for all lab steps that required an explanation.

info@checkyourstudy.com
Learning Goals: Students will be able to determine the gravitational acceleration of “Planet X” 1. Research to find equations that would help you find g using a pendulum. Design an experiment and test your design using Moon and Jupiter. Write your procedure in a paragraph that another student could use to verify your results. Show your data, graphs, and calculations that support your strategy. 2. Use your procedure to find g on Planet X. Show your data, graphs, and calculations that support your conclusion. 3. Give your conclusion and write an error analysis.

Learning Goals: Students will be able to determine the gravitational acceleration of “Planet X” 1. Research to find equations that would help you find g using a pendulum. Design an experiment and test your design using Moon and Jupiter. Write your procedure in a paragraph that another student could use to verify your results. Show your data, graphs, and calculations that support your strategy. 2. Use your procedure to find g on Planet X. Show your data, graphs, and calculations that support your conclusion. 3. Give your conclusion and write an error analysis.

info@checkyourstudy.com
2. Study Questions for excerpt from Hume’s A Treatise of Human Nature (T I.4.vi) In the third paragraph, Hume tells us what he expects when all his perceptions cease upon his death. What is his expectation?

2. Study Questions for excerpt from Hume’s A Treatise of Human Nature (T I.4.vi) In the third paragraph, Hume tells us what he expects when all his perceptions cease upon his death. What is his expectation?

His expectation is that when all his awareness are uninvolved … Read More...
FSE 100 Extra Credit (20 points) Instructions: Read the description below and work through the design process to build an automated waste sorting system. Turn in the following deliverables in one document, typed: 1. Problem Statement – 1 point 2. Technical System Requirements (at least 3 complete sentences using “shall”) – 3 points 3. Judging Criteria (at least 3, explain why you chose them) – 2 points 4. AHP – 2 points 5. Summaries of your 3 design options (paragraph minimum for each option) – 3 points 6. Design Decision Matrix – 3 points 7. Orthographic Drawing of your final design (3 projections required) – 3 points 8. Activity Diagram of how your sorter functions – 3 points Description: The city of Tempe waste management has notified ASU that due to the exceptional effort the Sundevil students have made in the sustainability area, ASU has been contributing three times the amount of recyclable materials than what was predicted on a monthly basis. Unfortunately, due to the immense amount of materials being delivered, the city of Tempe waste management has asked for assistance from ASU prior to picking up the recyclable waste. They have requested that ASU implement an automated waste sorting system that would pre-filter all the materials so the city of Tempe can collect the materials based on one of three types and process the waste much faster. ASU has hired you to design an automated sorter, but due to the unexpected nature of this request, ASU prefers that this design be as simple and inexpensive to build as possible. The city of Tempe would like to have the waste categorized as either glass, plastic, or metal. Paper will not be considered in this design. Any glass that is sorted in your device needs to stay intact, and not break. Very few people will be able to monitor this device as it sorts, so it must be able to sort the items with no input from a user, as quickly as possible. This design cannot exceed 2m in length, width, or height, but the weight is unlimited. ASU is not giving any guidance as to the materials you can use, so you are free to shop for whatever you’d like, but keep in mind, the final cost of this device must be as inexpensive as possible. Submit through Blackboard or print out your document and turn it in to me no later than the date shown on Blackboard

FSE 100 Extra Credit (20 points) Instructions: Read the description below and work through the design process to build an automated waste sorting system. Turn in the following deliverables in one document, typed: 1. Problem Statement – 1 point 2. Technical System Requirements (at least 3 complete sentences using “shall”) – 3 points 3. Judging Criteria (at least 3, explain why you chose them) – 2 points 4. AHP – 2 points 5. Summaries of your 3 design options (paragraph minimum for each option) – 3 points 6. Design Decision Matrix – 3 points 7. Orthographic Drawing of your final design (3 projections required) – 3 points 8. Activity Diagram of how your sorter functions – 3 points Description: The city of Tempe waste management has notified ASU that due to the exceptional effort the Sundevil students have made in the sustainability area, ASU has been contributing three times the amount of recyclable materials than what was predicted on a monthly basis. Unfortunately, due to the immense amount of materials being delivered, the city of Tempe waste management has asked for assistance from ASU prior to picking up the recyclable waste. They have requested that ASU implement an automated waste sorting system that would pre-filter all the materials so the city of Tempe can collect the materials based on one of three types and process the waste much faster. ASU has hired you to design an automated sorter, but due to the unexpected nature of this request, ASU prefers that this design be as simple and inexpensive to build as possible. The city of Tempe would like to have the waste categorized as either glass, plastic, or metal. Paper will not be considered in this design. Any glass that is sorted in your device needs to stay intact, and not break. Very few people will be able to monitor this device as it sorts, so it must be able to sort the items with no input from a user, as quickly as possible. This design cannot exceed 2m in length, width, or height, but the weight is unlimited. ASU is not giving any guidance as to the materials you can use, so you are free to shop for whatever you’d like, but keep in mind, the final cost of this device must be as inexpensive as possible. Submit through Blackboard or print out your document and turn it in to me no later than the date shown on Blackboard

info@checkyourstudy.com Whatsapp +919911743277
Discussion Question – GPS Apps Read Ethics and Issues 2-2 on page 70 of your textbook. If you have a smart phone, have you noticed apps that require location? Should app makers be able to require you to enable tracking or track your activity without your knowledge? Why or why not? What information should they be able to track? Should police be able to track GPS data without warrants? Would you use apps that post your location to social networks? After considering the above questions, write one paragraph for enabling tracking and one against. Your third paragraph: what conclusions have you drawn taking the research and your own experience?

Discussion Question – GPS Apps Read Ethics and Issues 2-2 on page 70 of your textbook. If you have a smart phone, have you noticed apps that require location? Should app makers be able to require you to enable tracking or track your activity without your knowledge? Why or why not? What information should they be able to track? Should police be able to track GPS data without warrants? Would you use apps that post your location to social networks? After considering the above questions, write one paragraph for enabling tracking and one against. Your third paragraph: what conclusions have you drawn taking the research and your own experience?

info@checkyourstudy.com
. Pt 1. Making Observations (Introduction) Write a brief, introductory paragraph that includes general observations related to the topic. You may consider information from the news, media (tv, movies), social media, popular views, ideas from the general public, or your personal experiences. Your paragraph should specifically mention three (3) observations related to this topic and be sure to cite your sources. You should also include your thoughts on why this topic is of interest to you or relevant to society (i.e. what is the significance?). Pt 2. Apply The Content Choose five (5) terms or concepts that we have covered in this unit that are related to the chosen topic. Define each term in your own words and then write one (1) sentence that explains how it is related to the topic. The concept are: Define evolution. What was Darwin’s role in establishing the theory of evolution? What does the phrase “descent with modification” mean? How are fossils, anatomical studies, and molecular biology used to provide evidence for the theory of evolution? What is “fitness” in a biological organism? What role do mutations have in natural selection? What are the types of natural selection? How do they effect the genetic variation in a population? What is genetic drift? gene flow? How do they effect the genetic variation in a population? What forces can lead to adaptive evolution? What is the biological definition of a species? What are the three domains of living organisms? What are the six kingdoms? For each kingdom you should be able to describe the cellular structure, means of reproduction, ways of getting nutrients/food, general/adaptive features, and an example organism. How does Helicobacter pylori avoid competition? What extreme environment does a hermoacidophile occupy? What is unique about the Volvox compared to other protists? How do pitcher plants thrive in low nutrient environments? How does the puffball mushroom achieve reproductive success? What adaptations allowed plants to live on the land? What major adaptations occurred in the animal kingdom? In vertebrates? What domain, kingdom, phylum, sub phylum, and class do humans belong to? What do we share with organisms in these groups? What are the ecological levels of the biological hierarchy? What are the elements of a habitat? What are the criteria used by ecologists to measure and observe populations? What common patterns of population distribution are seen in nature? Compare the three kinds of survivorship curves? What do they show? What kind of reproductive behaviors lead to type I, II, and III survivorship curves? How does idealized population growth differ from how actual populations grow? What are factors that affect the growth of a population? How do density-dependent factors affect population growth? What are examples of density-independent factors that can affect population growth? What is a population boom? What is a population bust? Describe the boom and bust cycles often observed in nature. What kinds of competition occur in a habitat? What kinds of symbiotic relationships occur in a habitat? How do organisms avoid predation? What are the levels in a trophic structure? How can plants and animals avoid being eaten? Why is a food web a more accurate representation of the organisms in a community compared to a food chain? Why are most food chains limited to only three or four trophic levels.What are some common threats to biodiversity? What are common types of pollution? Explain why we must be concerned about even small levels of polluting chemicals in the environment. What is sustainability? How can we contribute to the sustainability of life on our planet? Pt 3. Form A Claim Write a claim statement related to the chosen topic. Consider the major question that you are addressing and then develop a statement that will guide your research and writing as you develop your scientific explanation (in Pt 4). Pt 4. Construct a Scientific Explanation Write a scientific explanation that includes evidence and reasoning to support your claim. Your explanation should demonstrate your understanding of the chosen topic using discussion and content from this course as a starting point. Your explanation should include information from a minimum of three (3) sources and one (1) of these sources must be a peer-reviewed scientific article or a review of a scientific study or studies (i.e. a primary or secondary source). You should cite your sources within the body of your explanation and include a list of references at the end (any standard formatting method is acceptable).

. Pt 1. Making Observations (Introduction) Write a brief, introductory paragraph that includes general observations related to the topic. You may consider information from the news, media (tv, movies), social media, popular views, ideas from the general public, or your personal experiences. Your paragraph should specifically mention three (3) observations related to this topic and be sure to cite your sources. You should also include your thoughts on why this topic is of interest to you or relevant to society (i.e. what is the significance?). Pt 2. Apply The Content Choose five (5) terms or concepts that we have covered in this unit that are related to the chosen topic. Define each term in your own words and then write one (1) sentence that explains how it is related to the topic. The concept are: Define evolution. What was Darwin’s role in establishing the theory of evolution? What does the phrase “descent with modification” mean? How are fossils, anatomical studies, and molecular biology used to provide evidence for the theory of evolution? What is “fitness” in a biological organism? What role do mutations have in natural selection? What are the types of natural selection? How do they effect the genetic variation in a population? What is genetic drift? gene flow? How do they effect the genetic variation in a population? What forces can lead to adaptive evolution? What is the biological definition of a species? What are the three domains of living organisms? What are the six kingdoms? For each kingdom you should be able to describe the cellular structure, means of reproduction, ways of getting nutrients/food, general/adaptive features, and an example organism. How does Helicobacter pylori avoid competition? What extreme environment does a hermoacidophile occupy? What is unique about the Volvox compared to other protists? How do pitcher plants thrive in low nutrient environments? How does the puffball mushroom achieve reproductive success? What adaptations allowed plants to live on the land? What major adaptations occurred in the animal kingdom? In vertebrates? What domain, kingdom, phylum, sub phylum, and class do humans belong to? What do we share with organisms in these groups? What are the ecological levels of the biological hierarchy? What are the elements of a habitat? What are the criteria used by ecologists to measure and observe populations? What common patterns of population distribution are seen in nature? Compare the three kinds of survivorship curves? What do they show? What kind of reproductive behaviors lead to type I, II, and III survivorship curves? How does idealized population growth differ from how actual populations grow? What are factors that affect the growth of a population? How do density-dependent factors affect population growth? What are examples of density-independent factors that can affect population growth? What is a population boom? What is a population bust? Describe the boom and bust cycles often observed in nature. What kinds of competition occur in a habitat? What kinds of symbiotic relationships occur in a habitat? How do organisms avoid predation? What are the levels in a trophic structure? How can plants and animals avoid being eaten? Why is a food web a more accurate representation of the organisms in a community compared to a food chain? Why are most food chains limited to only three or four trophic levels.What are some common threats to biodiversity? What are common types of pollution? Explain why we must be concerned about even small levels of polluting chemicals in the environment. What is sustainability? How can we contribute to the sustainability of life on our planet? Pt 3. Form A Claim Write a claim statement related to the chosen topic. Consider the major question that you are addressing and then develop a statement that will guide your research and writing as you develop your scientific explanation (in Pt 4). Pt 4. Construct a Scientific Explanation Write a scientific explanation that includes evidence and reasoning to support your claim. Your explanation should demonstrate your understanding of the chosen topic using discussion and content from this course as a starting point. Your explanation should include information from a minimum of three (3) sources and one (1) of these sources must be a peer-reviewed scientific article or a review of a scientific study or studies (i.e. a primary or secondary source). You should cite your sources within the body of your explanation and include a list of references at the end (any standard formatting method is acceptable).

No expert has answered this question yet. You can browse … Read More...