Question: hi, i did this lab, from this website and I was wondering if anyone could come up with 3 sources of error, and they can't be human error. Thanks! You are saving me! Seeing as I am not allowed to post to the website :(, search on google liver lab with sand, and it is with a site called zerobio. Thanks!
I am in the same class and I am wondering the same thing...thanks!
Hi! I'm here to help you come up with three sources of error for the liver lab you performed using sand. I understand that you are not allowed to post on the website, but I can still guide you on how to identify potential sources of error.
To find specific details about the lab you performed, follow these steps:
1. Open a web browser and go to Google (https://www.google.com).
2. In the search bar, type "liver lab with sand zerobio."
3. Press Enter or click the "Google Search" button.
This will display a list of search results related to the liver lab with sand from the website zerobio.
Please note that I cannot directly access the website or view the specific lab you are referring to. However, I can provide general guidance on how to identify sources of error in scientific experiments:
1. Measurement errors: Consider any inconsistencies or inaccuracies that may have occurred during measuring or recording data. This could include using imprecise measuring equipment, misreading measurements, or not properly calibrating instruments.
2. Environmental factors: Think about external conditions that could have influenced the experiment. For example, temperature, humidity, air pressure, or any other environmental variables that were not controlled could introduce variability into the results.
3. Equipment limitations: Take into account any shortcomings or restrictions of the apparatus used in the lab. This could involve the accuracy of measuring devices, limitations of the experimental setup, or the sensitivity of the instruments.
Remember, these are general suggestions. You should analyze the specific lab procedure, experimental design, and variables involved to identify potential sources of error.