Answer Key Diffusion and Osmosis Lab Answers: A Comprehensive Guide
Are you struggling to understand the results of your diffusion and osmosis lab? Finding the right answers and truly grasping the concepts can be tricky. This comprehensive guide provides not just the answers, but also a thorough explanation of diffusion and osmosis, helping you understand the underlying principles behind your experimental results. We'll break down common lab procedures, interpret typical data, and address frequently asked questions, ensuring you master this crucial biology topic.
Understanding Diffusion and Osmosis: The Fundamentals
Before diving into the "answer key," it's vital to understand the core principles of diffusion and osmosis. These processes are fundamental to cell biology and are essential for life itself.
Diffusion: This is the passive movement of particles from an area of high concentration to an area of low concentration. This movement continues until equilibrium is reached, meaning the concentration is equal throughout the system. Think of dropping a sugar cube into a cup of water; the sugar molecules will spread out until the sweetness is evenly distributed.
Osmosis: This is a specific type of diffusion involving the movement of water across a selectively permeable membrane. Water moves from an area of high water concentration (low solute concentration) to an area of low water concentration (high solute concentration). The membrane allows water to pass but restricts the movement of solutes.
Common Diffusion and Osmosis Lab Experiments and Expected Results
Many variations of diffusion and osmosis labs exist, but some common examples include:
1. Dialysis Tubing Experiment: This experiment typically involves filling a dialysis bag (a selectively permeable membrane) with a solution (e.g., sucrose) and placing it in a beaker of water. Over time, water moves into or out of the bag depending on the concentration gradient.
Expected Results: If the bag contains a higher solute concentration than the beaker, water will move into the bag, causing it to swell. Conversely, if the bag contains a lower solute concentration, water will move out, causing it to shrink.
2. Potato Core Experiment: Potato cores are placed in solutions of varying sucrose concentrations. Changes in mass are measured to determine the direction of water movement.
Expected Results: Potato cores in hypotonic solutions (lower solute concentration than the potato cells) will gain mass as water enters the cells. Cores in hypertonic solutions (higher solute concentration) will lose mass as water leaves the cells. In an isotonic solution (equal solute concentration), there will be little to no change in mass.
3. Elodea Leaf Experiment: Observing the changes in the appearance of Elodea cells (aquatic plant) when exposed to solutions of different concentrations reveals the effects of osmosis on plant cells.
Expected Results: In hypotonic solutions, the cells will appear turgid (firm) due to water uptake. In hypertonic solutions, the cells will plasmolyze (cell membrane pulls away from the cell wall) due to water loss.
Interpreting Your Lab Data and Finding Your Answers
There's no single "answer key" because results depend on specific experimental parameters (solution concentrations, time, temperature, etc.). However, understanding the principles above allows you to interpret your data accurately.
Analyzing Your Results:
Record all measurements carefully: Mass changes, volume changes, and observations are crucial for interpreting your results.
Calculate percentage change: This helps standardize your results and allows for easy comparison between different treatments.
Graph your data: Visual representation of your data makes it easier to identify trends and patterns.
Relate your findings to the concepts of diffusion and osmosis: Explain why you observed the specific changes based on the concentration gradients.
Remember, discrepancies between your results and "expected" results can be valuable learning opportunities. Analyzing errors and identifying potential sources of variation are crucial aspects of scientific inquiry.
Beyond the Lab: Applying Diffusion and Osmosis
Understanding diffusion and osmosis extends beyond the laboratory setting. These processes are vital in numerous biological contexts, including nutrient absorption in plants, waste removal in animals, and maintaining cellular homeostasis.
Conclusion
Successfully completing a diffusion and osmosis lab requires a solid grasp of the underlying principles and careful attention to detail during the experiment. By understanding the concepts explained here, and by meticulously analyzing your data, you can confidently interpret your results and gain a deeper understanding of these crucial biological processes. Remember, the key isn't just finding the "answers," but understanding why those answers are what they are.
Frequently Asked Questions (FAQs)
1. What if my lab results don't match the expected results? Discrepancies are common. Carefully review your experimental procedure for errors, consider potential sources of variation (e.g., temperature fluctuations, inaccurate measurements), and discuss possible explanations with your instructor.
2. Can I use this guide for any diffusion and osmosis lab? While the principles apply universally, the specific experimental setup and expected results might vary. This guide provides a general framework for understanding and interpreting your data, regardless of the specific experiment.
3. How can I improve the accuracy of my experiment? Use precise measuring instruments, maintain consistent temperature, ensure proper mixing of solutions, and repeat the experiment multiple times to reduce error.
4. What are some real-world examples of diffusion and osmosis? Nutrient uptake by plant roots, reabsorption of water in the kidneys, and gas exchange in the lungs are all excellent examples.
5. Where can I find more information about diffusion and osmosis? Your textbook, reliable online resources (like reputable scientific websites), and educational videos can provide further in-depth information.
Diffusion & Osmosis worksheet ANSWERS - loreescience
Diffusion and Osmosis Worksheet 1. How are the molecules moving in the examples below? Write OSMOSIS or DIFFUSION. a) The student sitting next to you just came from gym class …
Diffusion and Osmosis - regsciconsort.com
Diffusion is the passive movement of particles of a solute from an area of high concentration to an area of low concentration. Osmosis is the passive movement of a solvent, such as water, …
Diffusion Osmosis Answer Key - cpb-ca-c1.wpmucdn.com
Sample answer: Diffusion (left circle) — can move particles, such as gas Similarities (middle) — move substances into and out of cells — use a selectively permeable membrane substances …
AP Biology Lab 4: Diffusion and Osmosis
LAB 04 - Diffusion and Osmosis
Diffusion And Osmosis Lab Answer Key (book)
Forget endlessly searching for a "diffusion and osmosis lab answer key" – this post gives you the knowledge to confidently analyze your own results and deepen your understanding of these …
Diffusion And Osmosis Lab Answer Key - resources.caih.jhu.edu
Osmosis Lab Answer Key Copy Diffusion and Osmosis Lab Answer Key: A Comprehensive Guide. Are you struggling to understand the results of your diffusion and osmosis lab …
Ap Biology Laboratory 1 Diffusion And Osmosis Answer Key
Constructing Your Answer Key There isn't a single "answer key" for AP Biology Lab 1 because the specific results depend on your experimental setup and the solutions used. However, by …
Diffusion And Osmosis Lab Answer Key
DIFFUSION AND OSMOSIS LAB Diffusion & Osmosis worksheet ANSWERS - loreescience Hints: With diffusion, solutes move from an area of high concentration to an area of low …
Diffusion And Osmosis Lab Answer Key - archive.ncarb.org
Diffusion And Osmosis Lab Answer Key: Concepts of Biology Samantha Fowler,Rebecca Roush,James Wise,2018-01-07 Concepts of Biology is designed for the single semester …
Answer Key Diffusion And Osmosis Lab Answers (2024)
Answer Key Diffusion and Osmosis Lab Answers: A Comprehensive Guide. Are you struggling to understand the results of your diffusion and osmosis lab? Finding the right answers and truly …
Diffusion And Osmosis Lab Answer Key (book)
Diffusion and osmosis have numerous real-world applications. Examples include: Food preservation: Salting and sugaring food rely on osmosis to draw water out of bacteria, slowing …
Diffusion And Osmosis Lab Answer Key - Southern West …
Diffusion And Osmosis Lab Answer Key - wiki.drf.com Library Lab Both diffusion and osmosis are vital mechanisms for cell survival. Cells need to bring in nutrients or remove waste material …
DIFFUSION AND OSMOSIS LAB
Diffusion Through A Membrane Lab Answer Key (book)
Introduction: Defining diffusion and osmosis; the significance of membrane permeability. Chapter 1: Experimental Design and Procedures: Detailed explanation of common diffusion …
What causes plants to wilt if they are not watered? - College …
membrane by osmosis or through specialized protein channels called aquaporins. Most ions move through protein channels, while larger molecules, such as carbohydrates, are carried by …
Lab: Observing Osmosis in Gummi Bears - Mrs. Krantz
Lab 3: Osmosis and Diffusion - Montana State University Billings
The net diffusion of water through a selectively permeable membrane from the side of high water concentration to the side of low water concentration is termed osmosis. The higher the …
Diffusion and Osmosis Worksheet - Flinn Sci
Post-Lab Questions (Use a separate sheet of paper to answer the following questions.) 1.a. In the diffusion demonstration, did any molecules move? If yes, use arrows, words, and color …
Lab: Observing Osmosis in Gummi Bears - Shaltry's Biology …
Lab 3: Osmosis in Model & Living Cells Objectives: To …
Diffusion of water molecules across a semi-permeable membrane is known as osmosis. Osmosis is, therefore, a special case of diffusion. Because of the differentially permeable properties of KEY TERMS Diffusion: the movement of molecules from a region of higher concentration to a region of lower concentration. Chemical potential: a measure of the
iBlog Teacher Websites – Dearborn Public Schools
Osmosis Worksheet 20 Points Below are animal cells placed in beakers of various concentrations. Draw an arrow to show which way the water would move by osmosis Fill in any missing percentages (water or solute) Identify the type of solution (isotonid, hypertonic, or hypotonic) 400/0 solute H20 10% solute H20 100/0 solute 630/0 H20 37% solute 1-120
Answer Key Diffusion And Osmosis Lab Answers (book)
Answer Key Diffusion And Osmosis Lab Answers: Osmosis and Diffusion Doris R. Helms,Carl W. Helms,Robert J. Kosinski,John C. Cummings,1997-12-15 Laboratory Manual for Anatomy and Physiology Connie Allen,Valerie Harper,2020-12-10 Laboratory Manual for Anatomy Physiology 7th Edition contains dynamic and applied activities and experiments that help ...
Practice Questions 1: Diffusion - lecoursedebiase.com
Answer Key 1: Diffusion 1. A 2. B 3. C 4. B 5. B 6. A 7. D 8. B 9. B 10. Passive transport 11. Active transport 12. The sugar added would change the outside environment to a hypertonic environment. Therefore, water would diffuse out of the strawberries from a high to low concentration gradient.
Investigation #4 - NJCTL
Nov 23, 2015 · · Connect the concepts of diffusion and osmosis to the cell structure and function. Slide 9 / 36 Pre-Lab Questions Read the background information and answer the following questions in your lab notebook. (from pages S54-S55 of student lab manual) 1. Calculate the solute potential of a 0.1 M NaCl solution at 25oC. If
Osmosis and Diffusion IS3001 - STEM Library Lab
Osmosis is a special form of diffusion. Osmosis is the diffusion of water across a concentration gradient. This is a very important concept to note. Osmosis is always a form of diffusion but diffusion is not always a form of osmosis. Another factor necessary for osmosis to occur is the presence of a barrier, known as a semi-permeable
Ap Biology Diffusion And Osmosis Lab Answers
Ap Biology Diffusion And Osmosis Lab Answers Mark Steyvers Ap Biology Diffusion And Osmosis Lab Answers (book) ap biology handbook - the bio edge WEBIn this lab you will: 1. ... Diffusion And Osmosis Answer Key … importance of understanding AP Biology Lab 1. It will also provide a roadmap for the rest of the ebook. Chapter 1: Understanding ...
AP Biology Investigation #4 - VWR
copy of student guide (with teacher answer key) introduction _____ 13 background _____14 ... This lab addresses osmosis and diffusion and the function of these processes in maintaining homeostasis in the cell. In Activity 1, students use pre-made agar cubes of varying sizes to
Diffusion and Osmosis Lab Report - City University of New …
Lab Report Title Diffusion and Osmosis Through Nonliving Membranes Introduction Diffusion is the movement of a substance from an area of high concentration to an area of lower concentration . Diffusion occurs in liquids and gases when their particles collide randomly and spread out. Diffusion is an important process for living things, it is how ...
Diffusion And Osmosis Lab Answer Key - Daily Racing Form
Diffusion And Osmosis Lab Answer Key BM King AP Biology Handbook - The Bio Edge In this lab you will: 1. investigate the processes of diffusion and osmosis in a model ... Diffusion & Osmosis worksheet ANSWERS - loreescience Hints: With diffusion, solutes move from an area of high concentration to an area of low concentration. With Osmosis ...
Osmosis Red Onion Cells - Biology: the Study of Life
Osmosis in Red Onion Cells Background: Name _____ All cells have a cell membrane which is described as being “Selectively Permeable” . ... diffusion. Water is a substance that can do this. When water diffuses into or out of a cell it is called ... The purpose of this lab is to examine a plant cell’s response to a change in the cells ...
AP Lab- Diffusion and Osmosis Lab - Brown Biology
Data/Observations(• Construct!adatatable!for!your!lab.!!!The!datatable!shouldrepresent!eachof!your!five!solutions.!!It!should include!original!weight,!final!weight ...
Lab 4. Diffusion and Osmosis: Passive movement of …
posted for this lab. Complete the exercises embedded in the pre-lab homework Power Point and videos and make sure you hand these in to your instructor following the instructions given to you. Make sure you have a clear understanding of the following concepts: Concentration of a solute in a solution Kinetic energy Diffusion Osmosis
LAB 04 - Diffusion and Osmosis
concentration to an area of low concentration. Diffusion does not require energy input. The movement of a solute from an area of low concentration to an area of high concentration requires energy input in the form of ATP and protein carriers. Water moves through membranes by diffusion; this process is called osmosis. Like solutes,
Investigation: Osmosis and Water Potential
terms mean, this lab is not going to make sense to you. OBJECTIVES Investigate the processes of osmosis and diffusion in a model of a membrane system Investigate the effect of solute concentration on water potential as it relates to living plant tissues Exercise 1 …
Osmosis Demo Lab - UT Southwestern Medical Center
Osmosis is the process whereby water moves across a cell membrane by diffusion. Diffusion takes place when the molecules of a substance tend to move from areas of higher concentration to areas of lower concentration. The process of osmosis must be tightly controlled by cells, otherwise they will die. For example, if you place a red blood
Cool Carrot Osmosis
3. What happens (on the osmosis scale) if humans don’t drink water? (We will dehydrate and become thirsty. If we don’t get enough water, we will die.) 4. What did you expect to happen to the string? What really happened to the string? (Answers will vary for expectation. The string really stayed the same, but the carrot shrunk or became ...
Osmosis and diffusion lab answer key questions pdf …
Osmosis and diffusion lab answer key questions pdf download online ... Most likely you have knowledge that, people have see numerous time for their favorite books considering this diffusion and osmosis lab answers, but stop happening in harmful downloads. Lesson 3: Osmosis and the Role of the Cell Membrane. ...
Lab Manual for Biology Part I - louis.pressbooks.pub
Key Terms 83 . Lab 6: Diffusion and Osmosis . Diffusion 89 Measuring Osmosis 93 Osmosis in Living Cells 99 Key Terms 103 . Lab 7: Factors Affecting the Enzymatic Activity of Lactase . Measuring the Enzymatic Activity of Lactase 107 The Effects of Temperature and pH on Enzymatic Activity 112
M4 Egg Osmosis Lab - All-in-One High School
Egg Osmosis Lab 2 of 3 slowly dissolve the egg shell, leaving the plasma membrane underneath intact. 3. After 24 to 48 hours, gently rinse eggs in water to remove what remains of the shell. You may have to rub a little, gently. 4. Carefully use the tape measure to check the circumference of the egg. Record this data. Step 2 - Osmosis Experiment 1.
Diffusion And Osmosis Lab Report Answers
Answer key lab diffusion osmosis report: diffusion will study tools. Course material you in and osmosis lab report: the index finger to the lab was the water? Classic edition of high concentration to examine and osmosis lab was the air. ... diffusion and osmosis lab answers, the thumb and. Were weighed by the diffusion and osmosis out of each ...
Lesson Plan Egg Osmosis Lab - New Jersey Institute of …
Egg Osmosis Lab PURPOSE: The purpose of this experiment is to observe an egg as a model to understand the concept of osmosis. OBJECTIVE(S): Students will be able to: Describe the effect of different liquids on a shell-less egg. STANDARD(S) & INDICATOR(S): 5-PS1-3. Make observations and measurements to identify materials based on their properties.
DIFFUSION & OSMOSIS WORKSHEET
Use the following diagram to answer questions 9 to 11 A B C 9) Which diagram shows an isotonic solution? 10) Which diagram shows a hypertonic solution? ... Osmosis Diffusion A selectively permeable membrane Osmosis Diffusion A B C . 12) Match each Term on the left with the best Descriptor on the right. Each Descriptor may be used only once Term ...
Osmosis & Diffusion Worksheet: 28R - Mr. Alvarado's …
Osmosis is the diffusion of ____ 7. ____ is the process of water molecules moving across a cell membrane. 8. The direction that water molecules move is determined by the difference in the concentration of ____ dissolved in the solvent inside and outside the cell. 9. Osmotic pressure, or osmosis, pushes water molecules ____ the area of greater ...
Diffusion And Osmosis Lab Answer Key - wiki.drf.com
Lab 4: Diffusion and Osmosis - College Board WEBThe simplest form of movement is diffusion, in which solutes move from an area of high concentration to an area of low concentration; diffusion is directly related to molecular kinetic energy. Diffusion And Osmosis Lab Answer Key - cvmp.org WEBDiffusion & Osmosis worksheet ANSWERS - loreescience WEB4.
Lab #6: Cellular Transport Mechanisms Lab - Professor …
Recall that osmosis is the diffusion of water across a selectively permeable membrane, and it occurs from regions of higher water concentration to regions of lower water concentration. A typical solution consists of two components – the solvent as the dissolving medium and the solute as the substance dissolved in the solvent. In a saltwater solution, the water serves as a
New York State Required Labs – Review Diffusion Through A …
Diffusion Through A Membrane Making Connections Beaks of Finches Relationships and Biodiversity. Diffusion ... • answer questions • visual aids Results and conclusions accepted if they can be repeated by other scientists. ... relationships between species used in this lab? Relationships and Biodiversity biodiversity – a measure of the number
Lab 05 - Enzymes & Diffusion - PCC
Biology 101 PCC - Cascade Lab 5: Enzymes & Osmosis 1 Lab Section: _____ Name: _____ Pre-lab Homework for Lab 5: Enzymes & Diffusion After reading over the lab and the enzyme, diffusion and osmosis topics from your textbook, answer these questions to be turned in at the beginning of the lab! 1.
Laboratory Activity #3 – Student Laboratory Packet
Diffusion Through a Membrane Part 2 – Diffusion of Water Across a Membrane (Osmosis) Osmosis is a special type of diffusion. Specifically, it is the diffusion of water across a membrane. Osmosis is a very important process because it enables cells to maintain the proper water balance. Generally water will diffuse across a
Diffusion And Osmosis Lab Answer Key (2024)
Diffusion and Osmosis Lab Answer Key: A Comprehensive Guide Hey there, science enthusiasts! Are you stuck on your diffusion and osmosis lab report? Don't fret! You've landed on the right page. We're about to break down the mysteries of diffusion and osmosis and help you understand the answers to your lab questions. Let's dive in, shall we?
Rachel Hurlbut Sept 3 Bio 10 - Fun & ENJOYABLE SCIENCE …
Osmosis Diffusion Osmosis Because of osmosis, the fresh water will move from an area of high concentration to an area of low concentration (the fish) and so the fish will bloat and die. Page 3 of 3 Fill in this table. Write whether solutes and water move INSIDE the cell or OUTSIDE the cell.
Regents Review #4 Cellular Transport and State Lab - Mr.
Key Points Part II 1. Basic parts of the cell that are easily seen under the microscope are the cytoplasm, cell membrane, and cell wall (in plants). 2. Molecules tend to move from high to low concentration without the use of energy (diffusion). 3. Diffusion of water molecules is particularly important and has the special name of osmosis. 4.
Denton Independent School District / Overview
c. diffusion d. passive transport e. osmosis f. endocytosis The diffusion of water through a cell membrane _D_ The movement of substances through the cell membrane without the use of cellular energy A Used to help substances enter or exit the cell membrane B When energy is required to move materials through a cell membrane
Teacher Notes and Answers - Weebly
The diffusion of molecules across the cell membrane is a type of passive transport. It happens because of the natural motion of particles. Diffusion does not need energy from a cell. The diffusion of water molecules is called osmosis. The process of osmosis is exactly the same as diffusion but refers only to water mol-ecules.
Diffusion And Osmosis Lab Answer Key - sendy.firewalla
Sep 24, 2024 · Diffusion And Osmosis Lab Answer Key 1 Diffusion And Osmosis Lab Answer Key Diffusion And Osmosis Lab Answer Key Downloaded from sendy.firewalla.com by guest DOWNLOAD AND INSTALL PDF DIFFUSION AND OSMOSIS LAB ANSWER KEY Diffusion And Osmosis Lab Answers AP Biology Lab 1: Diffusion and Osmosis AP Biology Lab 1 …
LIVING ENVIRONMENT REGENTS REVIEW QUESTIONS - New …
In your answer be sure to: • select two of these structures, write their names, and state one function of each [2] • describe how each structure you selected contributes to the functioning of the other [2] Base your answers to questions 12 through 14 on the diagrams below and on your knowledge of biology. The
Osmosis gizmo answer key
Osmosis gizmo answer key Student Research: Osmosis Dictionary: Cell Membrane, Concentration, Diffusion, Dynamic Balance, Osmosis, Semipermeable Membrane, Solute, Solvent Early Knowledge Issues (Make these before using Gizmo.) 1. Suppose you are trapped on a desert island without fresh water sources. If you drink water from the ocean?
SCIENCE 8 Name: OSMOSIS and GUMMY BEARS Date: Pd: …
OSMOSIS is a form of DIFFUSION. OSMOSIS is the diffusion of water molecules through a selectively permeable membrane (a selectively permeable means some molecules can move through the membrane while others cannot.) Cells use osmosis to move particles that it needs into and out of the cell. Answer these questions BEFORE the lab: 1) What is ...
Living Environment Regents Review - aecsd.education
State Lab #4: Diffusion Through a Membrane Part 2: Diffusion of Water Across a Membrane Objective:-Demonstrate the impact that solutions with various concentrations have on cells.-Understand how water diffusion is important in real-world situations.
Review Sheet NYS Regents Lab Activity Diffusion Through a …
Key Points II 1. Basic parts of the cell that are easily seen under the microscope are the cytoplasm, cell membrane, and cell wall (in plants). 2. Molecules tend to move from high to low concentration without the use of energy (diffusion). 3. Diffusion of water molecules is particularly important and has the special name of osmosis. 4.
Egg Osmosis Lab Answer Key (book) - archive.ncarb.org
Egg Osmosis Lab Answer Key: Anatomy and Physiology Anthony Ngik-Choong Chee,1991 100 Brain-Friendly Lessons for Unforgettable Teaching and Learning (9-12) Marcia L. Tate,2019-07-24 Use research and brain based teaching to engage students and ... strong as a glue stick How would your child find the answers to these questions In The Curious Kid s ...
Osmosis and Gummy Bears Lab - Weiss World of Science
Osmosis and Gummy Bears Lab Analysis: QUESTIONS: 1. Describe what happened to your gummy bear after soaking it in distilled water overnight. Be sure to include the terms: water,flow, high concentration and low concentration in your answer. 2. Describe what happened to your gummy bear after soaking it in sate water overnight. Be sure to include the
Diffusion And Osmosis Worksheet Answer Key Full PDF
Kindle Diffusion And Osmosis Worksheet Answer Key Diffusion And Osmosis Worksheet Answer Key The Kindle Shop, a virtual treasure trove of literary gems, boasts an wide collection of books spanning diverse genres, catering to every readers preference and choice. From gripping fiction and mind-stimulating non-fiction to classic classics and ...
NAME DATE PERIOD - Copley
TONICITY AND OSMOSIS Part I – Fill in the blanks. A SOLVENT is a fluid in which a substance is dissolved. A SOLUTE is a substance dissolved in a solvent. A SOLUTION is a combination of solute and solvent. The process by which water diffuses across a membrane called OSMOSIS Part II – Look at the solutions illustrated above and fill in the ...
Why? MODEL 1: Movement of Water – a type of diffusion.
Teacher’s Guide & Answer Key Learning Objectives: After completing the activity the students should be able to: 1. Define and understand the term osmosis. 2. Understand that both the random movement of water molecules and concentration gradient help maintain water balance across cell membranes. 3.
Exam practice and further application - Hodder Education
Contents How to use this book iii How you will be assessed iv Core Practical 1: Investigate the presence of glucose, starch, protein and fat 1 Core Practical 2: Investigate how temperature affects enzyme activity 8 Core Practical 3: Investigate how pH affects enzyme activity* 14 Core Practical 4: Investigate diffusion and osmosis 20 Core Practical 5: Investigate how …
Osmosis Practice Activity Answer Key
Osmosis Practice Activity Answer Key # Osmosis Practice Activity Answer Key Ebook Title: Mastering Osmosis: A Comprehensive Guide with Practice Activities and Answer Key ... Dialysis, a medical procedure used for patients with kidney failure, relies on osmosis and diffusion to remove waste products ... (The actual questions and answers would be ...
Effects of Potato Submerged in Saltwater to Demonstrate …
3. Is diffusion or osmosis responsible for changes in length of the potato slices? Define both of these terms. The change in the length of the potatoes is due to osmosis. In the pieces of potato that were in saltwater solutions, all three lost length, while the potato in pure water got slightly bigger and heavier.