Please do the experiment and use it as help to complete this activity.Please upload all the answers with explanations and fill in the table. Cell Transport Hands-On Lab ReportInstructions: There are two options for completing the lab. You can either complete the lab at home over the course of threedays or watch the teacher-led video and record your observations. Links to the hands-on lab and video observation lab are onthe 02.03 assessment page.Title:Objective(s):Hypothesis:Variables:Materials:• Raw eggString or thread or yarm• Ruler• White vinegar• Tap water• Jar with lid (like a mayonnaise jar or something big enough to put the egg in)Procedures:1. Before beginning the experiment, record at least two observations of the raw egg in your lab report.2. Wrap the string around the center of the egg to determine its initial circumference. Measure the string and record theinitial circumference in centimeters (cm).3. Gently place the egg in the jar and completely cover the egg with vinegar. Use the lid to seal the jar and note the time.This will be considered the "start time" of the experiment.4. After approximately 24 hours from the start time, carefully remove the egg from the jar of vinegar. If the shell hascompletely dissolved, exposing the inner membrane, move on to the next step. If not, return the egg to the vinegar untilthe shell has completely dissolved.5. Record at least two observations of the egg.Measure and record the circumference of the egg, being sure to measure it in the same way every time you measurecircumference.7. Pour out the vinegar and rinse the jar. Then fill the jar about half full of tap water.8. Gently place the egg back into the jar, making sure it is completely covered with water. Use the lid to seal the jar.9. After a total of 48 hours from the start time, carefully remove the egg from the jar of water.10. Make two observations of the raw egg, and measure and record the circumference.11. Gently place the egg back into the jar, making sure it is completely covered with water. Use the lid to seal the jar.12. After a total of 72 hours from the start time, carefully remove the egg from the jar of water.13. Make two observations of the raw egg, and measure and record the circumference.Data and Observations:Record your observations from the experiment in either the hands-on lab or the teacher led video. Don't forget to include atleast two detailed observations and the measurement of the egg's circumference in centimeters.Time (hrs)ObservationsCircumference (cm)1.2.241.2.481.2.721.2.Conclusion:Be sure to answer the following reflection questions as a summary in the conclusion of your lab report.• Was your hypothesis correct? Why or why not?• How much did the egg change in size? (answer should be in centimeters)· Evaluate the lab and data collected. What type of transport occurred in this lab? Explain your answer, includingevidence from your experiment to support your explanation.Questions:Using what you have learned in the lesson and the experiment, answer the following questions in complete sentences.• Consider how lettuce or spinach placed in water becomes firm and crisp. Use what you have learned about cellmembranes to explain this observation.• If you were to continue this experiment by removing the egg from the water and covering it in syrup, what do you thinkwould happen? Explain your prediction. (If you choose to test your prediction, be sure to allow at least 24 hours beforemaking your observations. And, of course, handle the egg very carefullyl) Cell Transport Hands-On Lab ReportInstructions: There are two options for completing the lab. You can either complete the lab at home over the course of threedays or watch the teacher-led video and record your observations. Links to the hands-on lab and video observation lab are onthe 02.03 assessment page.Title:Objective(s):Hypothesis:Variables:Materials:• Raw eggString or thread or yarm• Ruler• White vinegar• Tap water• Jar with lid (like a mayonnaise jar or something big enough to put the egg in)Procedures:1. Before beginning the experiment, record at least two observations of the raw egg in your lab report.2. Wrap the string around the center of the egg to determine its initial circumference. Measure the string and record theinitial circumference in centimeters (cm).3. Gently place the egg in the jar and completely cover the egg with vinegar. Use the lid to seal the jar and note the time.This will be considered the "start time" of the experiment.4. After approximately 24 hours from the start time, carefully remove the egg from the jar of vinegar. If the shell hascompletely dissolved, exposing the inner membrane, move on to the next step. If not, return the egg to the vinegar untilthe shell has completely dissolved.5. Record at least two observations of the egg.Measure and record the circumference of the egg, being sure to measure it in the same way every time you measurecircumference.7. Pour out the vinegar and rinse the jar. Then fill the jar about half full of tap water.8. Gently place the egg back into the jar, making sure it is completely covered with water. Use the lid to seal the jar.9. After a total of 48 hours from the start time, carefully remove the egg from the jar of water.10. Make two observations of the raw egg, and measure and record the circumference.11. Gently place the egg back into the jar, making sure it is completely covered with water. Use the lid to seal the jar.12. After a total of 72 hours from the start time, carefully remove the egg from the jar of water.13. Make two observations of the raw egg, and measure and record the circumference.Data and Observations:Record your observations from the experiment in either the hands-on lab or the teacher led video. Don't forget to include atleast two detailed observations and the measurement of the egg's circumference in centimeters.Time (hrs)ObservationsCircumference (cm)1.2.241.2.481.2.721.2.Conclusion:Be sure to answer the following reflection questions as a summary in the conclusion of your lab report.• Was your hypothesis correct? Why or why not?• How much did the egg change in size? (answer should be in centimeters)• Evaluate the lab and data collected. What type of transport occurred in this lab? Explain your answer, includingevidence from your experiment to support your explanation.Questions:Using what you have learned in the lesson and the experiment, answer the following questions in complete sentences.• Consider how lettuce or spinach placed in water becomes firm and crisp. Use what you have learned about cellmembranes to explain this observation.• If you were to continue this experiment by removing the egg from the water and covering it in syrup, what do you thinkwould happen? Explain your prediction. (If you choose to test your prediction, be sure to allow at least 24 hours beforemaking your observations. And, of course, handle the egg very carefully!)

Question

Please do the experiment and use it as help to complete this activity.Please upload all the answers with explanations and fill in the table. Cell Transport Hands-On Lab ReportInstructions: There are two options for completing the lab. You can either complete the lab at home over the course of threedays or watch the teacher-led video and record your observations. Links to the hands-on lab and video observation lab are onthe 02.03 assessment page.Title:Objective(s):Hypothesis:Variables:Materials:• Raw eggString or thread or yarm• Ruler• White vinegar• Tap water• Jar with lid (like a mayonnaise jar or something big enough to put the egg in)Procedures:1. Before beginning the experiment, record at least two observations of the raw egg in your lab report.2. Wrap the string around the center of the egg to determine its initial circumference. Measure the string and record theinitial circumference in centimeters (cm).3. Gently place the egg in the jar and completely cover the egg with vinegar. Use the lid to seal the jar and note the time.This will be considered the &#34;start time&#34; of the experiment.4. After approximately 24 hours from the start time, carefully remove the egg from the jar of vinegar. If the shell hascompletely dissolved, exposing the inner membrane, move on to the next step. If not, return the egg to the vinegar untilthe shell has completely dissolved.5. Record at least two observations of the egg.Measure and record the circumference of the egg, being sure to measure it in the same way every time you measurecircumference.7. Pour out the vinegar and rinse the jar. Then fill the jar about half full of tap water.8. Gently place the egg back into the jar, making sure it is completely covered with water. Use the lid to seal the jar.9. After a total of 48 hours from the start time, carefully remove the egg from the jar of water.10. Make two observations of the raw egg, and measure and record the circumference.11. Gently place the egg back into the jar, making sure it is completely covered with water. Use the lid to seal the jar.12. After a total of 72 hours from the start time, carefully remove the egg from the jar of water.13. Make two observations of the raw egg, and measure and record the circumference.Data and Observations:Record your observations from the experiment in either the hands-on lab or the teacher led video. Don't forget to include atleast two detailed observations and the measurement of the egg's circumference in centimeters.Time (hrs)ObservationsCircumference (cm)1.2.241.2.481.2.721.2.Conclusion:Be sure to answer the following reflection questions as a summary in the conclusion of your lab report.• Was your hypothesis correct? Why or why not?• How much did the egg change in size? (answer should be in centimeters)· Evaluate the lab and data collected. What type of transport occurred in this lab? Explain your answer, includingevidence from your experiment to support your explanation.Questions:Using what you have learned in the lesson and the experiment, answer the following questions in complete sentences.• Consider how lettuce or spinach placed in water becomes firm and crisp. Use what you have learned about cellmembranes to explain this observation.• If you were to continue this experiment by removing the egg from the water and covering it in syrup, what do you thinkwould happen? Explain your prediction. (If you choose to test your prediction, be sure to allow at least 24 hours beforemaking your observations. And, of course, handle the egg very carefullyl) Cell Transport Hands-On Lab ReportInstructions: There are two options for completing the lab. You can either complete the lab at home over the course of threedays or watch the teacher-led video and record your observations. Links to the hands-on lab and video observation lab are onthe 02.03 assessment page.Title:Objective(s):Hypothesis:Variables:Materials:• Raw eggString or thread or yarm• Ruler• White vinegar• Tap water• Jar with lid (like a mayonnaise jar or something big enough to put the egg in)Procedures:1. Before beginning the experiment, record at least two observations of the raw egg in your lab report.2. Wrap the string around the center of the egg to determine its initial circumference. Measure the string and record theinitial circumference in centimeters (cm).3. Gently place the egg in the jar and completely cover the egg with vinegar. Use the lid to seal the jar and note the time.This will be considered the &#34;start time&#34; of the experiment.4. After approximately 24 hours from the start time, carefully remove the egg from the jar of vinegar. If the shell hascompletely dissolved, exposing the inner membrane, move on to the next step. If not, return the egg to the vinegar untilthe shell has completely dissolved.5. Record at least two observations of the egg.Measure and record the circumference of the egg, being sure to measure it in the same way every time you measurecircumference.7. Pour out the vinegar and rinse the jar. Then fill the jar about half full of tap water.8. Gently place the egg back into the jar, making sure it is completely covered with water. Use the lid to seal the jar.9. After a total of 48 hours from the start time, carefully remove the egg from the jar of water.10. Make two observations of the raw egg, and measure and record the circumference.11. Gently place the egg back into the jar, making sure it is completely covered with water. Use the lid to seal the jar.12. After a total of 72 hours from the start time, carefully remove the egg from the jar of water.13. Make two observations of the raw egg, and measure and record the circumference.Data and Observations:Record your observations from the experiment in either the hands-on lab or the teacher led video. Don't forget to include atleast two detailed observations and the measurement of the egg's circumference in centimeters.Time (hrs)ObservationsCircumference (cm)1.2.241.2.481.2.721.2.Conclusion:Be sure to answer the following reflection questions as a summary in the conclusion of your lab report.• Was your hypothesis correct? Why or why not?• How much did the egg change in size? (answer should be in centimeters)• Evaluate the lab and data collected. What type of transport occurred in this lab? Explain your answer, includingevidence from your experiment to support your explanation.Questions:Using what you have learned in the lesson and the experiment, answer the following questions in complete sentences.• Consider how lettuce or spinach placed in water becomes firm and crisp. Use what you have learned about cellmembranes to explain this observation.• If you were to continue this experiment by removing the egg from the water and covering it in syrup, what do you thinkwould happen? Explain your prediction. (If you choose to test your prediction, be sure to allow at least 24 hours beforemaking your observations. And, of course, handle the egg very carefully!)

Accepted Answer

Introduction
The Movement Of Materials Across Cell Membranes Is Referred To As Cell Transport.…