Order from us for quality, customized work in due time of your choice.
Chapter 2 – What′s in the Box?? This assignment will help you to think like a scientist. Ask someone to place 2-3 items in a sealed box before you begin the assignment – no peeking in the box! Your task is to figure out what is inside the box without opening it. You will use observations, develop and execute a strategy, and then draw conclusions based on your findings. A good real-world analogy for the box experiment is the study of black holes in astronomy. Just as you will infer the contents of the sealed box without directly observing them, scientists infer the properties and existence of black holes by observing their effects on nearby stars and light, rather than seeing the black holes themselves. Both scenarios require indirect observation, hypothesis formation, and creative use of available tools to draw conclusions about the unknown. Your goal for this experiment should be to write thoughtful answers and engage deeply with the process. Remember, this is a learning experience. Book Used:Science & Society ISBN: 9781449685027 Authors: Peter Daempfle Publisher: Jones & Bartlett Publishers Publication Date: 2012-12-13
Sample Outline (do not copy and do not use A1)
This assignment will help you to think like a scientist. Ask someone to place 2-3 items in a sealed box before you begin the assignment – no peeking in the box! Your task is to figure out what is inside the box without opening it. You will use observations, develop and execute a strategy, and then draw conclusions based on your findings.
A good real-world analogy for the box experiment is the study of black holes in astronomy. Just as you will infer the contents of the sealed box without directly observing them, scientists infer the properties and existence of black holes by observing their effects on nearby stars and light, rather than seeing the black holes themselves. Both scenarios require indirect observation, hypothesis formation, and creative use of available tools to draw conclusions about the unknown.
Your goal for this experiment should be to write thoughtful answers and engage deeply with the process. Remember, this is a learning experience.
Part 1: Observations and Initial Thoughts
Observations
Write down your observations of the box and any clues about what might be inside.
Example: ″The box is small, lightweight, and makes a rattling sound when shaken.″
Observation Methods
Describe how you made your observations.
Example: ″I listened closely while shaking the box and noticed a rattling sound.″
Additional Observation Methods
Consider other methods of observation that could help but aren’t available right now (like X-rays or scanning technology).
Example: ″Using an X-ray scanner could give a visual of the items inside without opening the box.″
Importance of Observations
Explain why making observations is crucial in scientific inquiry.
Example: ″Observations are the first step in the scientific method, allowing us to gather data and form hypotheses.″
Part 2: Developing a Strategy
Strategy Planning
Think about how you want to approach the problem and write down the strategy you will use to figure out what is in the box.
Example: ″I plan to shake the box gently, listen for sounds, weigh it, and use a magnet to see if any items are metallic.″
Experimental Plan
Outline the steps of your planned experiment.
Example:
Shake the box gently and note the sounds.
Weigh the box and compare it to known weights.
Test the box with a magnet.
Record all observations carefully.
Part 3: Performing the Experiment
Execution and Documentation
Perform your experiment and document each step.
Example:
Shook the box and heard a soft thud.
Weighed the box: 150 grams.
Magnet test: no reaction.
Noted down all observations.
Part 4: Conclusion and Analysis
Conclusion
Based on your observations and experiment, what items do you think are in the box?
Example: ″I think the box contains a small rubber ball and a few pebbles.″
Reflect on Observations
Define what it means to make observations in the context of scientific reasoning.
Example: ″Making observations involves using our senses and tools to gather data about the world around us.″
Summarizing Methods
Summarize the methods you used to solve the problem into simple steps.
Example: ″I used shaking, weighing, and a magnet test to gather information about the box′s contents.″
Part 5: Reflection
500-Word Reflection
Reflect on the box experiment using terms, concepts, and theories from Chapters 1, 2, and 5.
Explain how the experiment exemplifies the scientific process, detailing your thinking, procedures, and what you learned.
Reflection Rubric:
Explanation of how the experiment demonstrates scientific principles (up to 20 points).
Use of textbook terms and concepts in context (up to 20 points).
Desсrіption of your thinking process and procedures (up to 20 points).
Personal feedback on what you learned (up to 20 points).
Essay is 500+ words in length (up to 20 points).
When you check your word count, make sure you highlight only the text for your essay. Do not include your name, title, etc. You can easily check your word count in the Review tab in Microsoft Word.
Submit your essay in .doc, .docx or .pdf file format (PAGES files will NOT be accepted) by 11:59pm on the due date.
Order from us for quality, customized work in due time of your choice.