The ''cell'' is the computer because the cell holds the organelles and the computer holds all of the parts to run.
[[The ribosomes|Conversion 2]]
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" alt="Computer">The ''endoplasmic reticulum'' is the internet provider giving internet access to the computer so all the parts can access the internet.
[[The golgi bodies|Conversion 11]]
<img src="https://microbenotes.com/wp-content/uploads/2024/03/Diagram-of-Endoplasmic-Reticulum-ER.jpeg" alt="Endoplasmic Reticulum" width="602.5" height="315.5">The ''golgi bodies'' take the internet and give it to the uninstaller app because it needs the internet to function.
[[The quiz|Quiz Intro]]
<img src="https://d2jx2rerrg6sh3.cloudfront.net/image-handler/picture/2016/6/Golgi_body_shutterstock_300259154.jpg" alt="Golgi Bodies">The ''ribosomes'' are the developers who made the operating system because the ribosomes make the protein which the organelles need and the developers make the OS which all parts need to function.
[[The cell membrane|Conversion 3]]
<img src="https://alevelbiology.co.uk/wp-content/uploads/2018/01/ribosome.jpg" alt="Ribosomes">The ''cell membrane'' is the login screen because it lets things in and out and a login screen allows people to log in and out.
[[The mitochondria|Conversion 4]]
<img src="https://cdn.britannica.com/74/53074-004-9F65D813/lipid-bilayer-proteins-surfaces-phospholipids-thickness-cholesterol.jpg" alt="Cell Membrane">A ''mitochondrion'' is the power supply unit because they give electricity to the computer.
[[The nucleus|Conversion 5]]
<img src="https://cdn.britannica.com/89/22489-050-EB3B8C59/membrane-mitochondrion-cristae-structures-Proteins-majority-components.jpg" alt="Mitochondrion" width="800" height="498.5">The ''nucleus'' is the code because the code of any part tells the computer what to do.
[[The chromosomes|Conversion 6]]
<img src="https://encrypted-tbn0.gstatic.com/images?q=tbn:ANd9GcQDuaC07kineUcrivgMdEqy4DI3H2mvgaR6IA&s" alt="Nucleus">The ''chromosomes'' carry information from code parts to other parts of the code because they both carry information.
[[The vacuoles|Conversion 7]]
<img src="https://www.hog.org/imgLib/20240801_basicgenetics.png" alt="Chromosome" width="650" height="374.75">The ''vacuoles'' are the IDE (Code editor) because the vacuoles store the food, waste, etc and the IDE stores the code, etc.
[[The cytoplasm|Conversion 8]]
<img src="https://microbenotes.com/wp-content/uploads/2022/05/Plant-Cell-Vacuole.jpeg" alt="Vacuole" width="602.5" height="315.5">The ''cytoplasm'' is the computer casing because the cytoplasm holds everything in place and the computer casing does that as well.
[[The lysosomes|Conversion 9]]
<img src="https://breast-cancer.ca/images/cytoplasm-illustration.jpg" alt="Cytoplasm">The ''lysosomes'' are an uninstaller app because lysosomes break down all the things the cell doesn't need and an uninstaller app does that for a computer.
[[The endoplasmic reticulum|Conversion 10]]
<img src="https://microbenotes.com/wp-content/uploads/2020/02/Lysosomes-Diagram-e1586376325209.jpeg" alt="Lysosome" width="1055.5" height="540.5">Correct!
(if:(history: where its name contains "Question 11")'s length >= 1)[[[Next Question|Quiz End]]] (else-if:(history: where its name contains "Question 10")'s length >= 1)[[[Next Question|Question 11]]] (else-if:(history: where its name contains "Question 9")'s length >= 1)[[[Next Question|Question 10]]] (else-if:(history: where its name contains "Question 8")'s length >= 1)[[[Next Question|Question 9]]] (else-if:(history: where its name contains "Question 7")'s length >= 1)[[[Next Question|Question 8]]] (else-if:(history: where its name contains "Question 6")'s length >= 1)[[[Next Question|Question 7]]] (else-if:(history: where its name contains "Question 5")'s length >= 1)[[[Next Question|Question 6]]] (else-if:(history: where its name contains "Question 4")'s length >= 1)[[[Next Question|Question 5]]] (else-if:(history: where its name contains "Question 3")'s length >= 1)[[[Next Question|Question 4]]] (else-if:(history: where its name contains "Question 2")'s length >= 1)[[[Next Question|Question 3]]] (else-if:(history: where its name contains "Question 1")'s length >= 1 )[[[Next Question|Question 2]]]
(set: $correct to $correct + 1)A cell is like a computer.
(Animal Cell)
[[The cell|Conversion 1]]
<img 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" alt="Computer">
(set: $correct to 0)
(set: $wrong to 0)Thanks for scanning the QR code and going through this! The quiz is still an option:
[[The Quiz|Quiz Start]]
[[Restart|Intro]]
[[How was it made?|The Process]]Why is the cell the computer?
(text-colour:red)[A. ][[Because it is a shell around the parts|Wrong Answer]]
(text-colour:red)[B. ][[Because it holds all the parts|Correct Answer]]Why is the endoplasmic reticulum the internet provider?
(text-colour:red)[A. ][[The endoplasmic reticulum is the electricity provider giving electricity access to the computer so all the parts can access the electricity.|Wrong Answer]]
(text-colour:red)[B. ][[The endoplasmic reticulum is the internet provider giving internet access to the computer so all the parts can access the internet.|Correct Answer]]Why do the golgi bodies take the internet and give it to the uninstaller app?
(text-colour:red)[A. ][[The golgi bodies take the electricity and give it to the uninstaller app because it needs the electricity to function.|Correct Answer]]
(text-colour:red)[B. ][[The golgi bodies take the internet and give it to the uninstaller app because it needs the internet to function.|Wrong Answer]]Why are the ribosomes the developers?
(text-colour:red)[A. ][[The developers make the operating system and the ribosomes make protein which all other parts need.|Correct Answer]]
(text-colour:red)[B. ][[The developers make the code which all other parts depend on and the ribosomes make the proteins which all parts depend on.|Wrong Answer]]Why is the cell membrane the login screen?
(text-colour:red)[A. ][[The login screen lets things in and out like the cell membrane.|Correct Answer]]
(text-colour:red)[B. ][[The login screen surrounds the game and so does the cell membrane.|Wrong Answer]]Why is a mitochondrion the power supply unit?
(text-colour:red)[A. ][[The mitochondrion are a big part of the cell and so is the power supply unit.|Wrong Answer]]
(text-colour:red)[B. ][[The mitochondria provide power and so does the power supply unit.|Correct Answer]]Why is the nucleus the code?
(text-colour:red)[A. ][[The nucleus controls all of the cell and so does the code.|Wrong Answer]]
(text-colour:red)[B. ][[The nucleus tells the other parts what to do and so does the code.|Correct Answer]]Why do the chromosomes carry info?
(text-colour:red)[A. ][[The chromosomes take protein to other parts and code takes bits of internet and gives it to other parts.|Wrong Answer]]
(text-colour:red)[B. ][[The chromosomes take proteins to other parts of the cell and the code takes bits of info and code to other parts.|Correct Answer]]Why are the vacuoles the IDE (Code Editor)?
(text-colour:red)[A. ][[The vacuoles store food, waste, etc and the IDE stores the info/code.|Correct Answer]]
(text-colour:red)[B. ][[The vacuoles store food, waste, etc and the IDE stores internet.|Wrong Answer]]Why is the cytoplasm the computer casing?
(text-colour:red)[A. ][[The cytoplasm holds all the parts in place and the computer casing does it too.|Correct Answer]]
(text-colour:red)[B. ][[The cytoplasm encases the parts and so does the computer casing.|Wrong Answer]]Why are the lysosomes the uninstaller app?
(text-colour:red)[A. ][[The lysosomes get rid of the small parts of the cell and so does the uninstaller app.|Wrong Answer]]
(text-colour:red)[B. ][[The lysosomes get rid of waste and worn out cell parts and the uninstaller app gets rid of unused apps.|Correct Answer]]Thanks for playing the quiz and going through this!
You got $correct right and $wrong wrong.
[[Take quiz again|Quiz Start]]
[[Restart|Intro]]
[[How was it made?|The Process]]Do you want to take a quiz?
[[Yes!|Quiz Start]]
[[No.|Non-Quiz End]]There will be 11 questions on the quiz. You may go through at your own pace!
[[Question 1]]I made this in a program called Twine. I used a coding language known as HTML which is used in websites and more. For the quiz I had links (in HTML) to the correct and wrong answer pages. It took me quite a bit to figure out how to do the correct/wrong answer page but I got it after around 1 hour and 1 half.
[[Go to the start.|Intro]]
<img src="https://scarcekoi.wordpress.com/wp-content/uploads/2024/09/screenshot-2024-09-13-9.38.21-am.png" alt="Process Screenshot" width="910.666666667" height="512">Wrong!
(if:(history: where its name contains "Question 11")'s length >= 1)[[[Try Again|Question 11]]] (else-if:(history: where its name contains "Question 10")'s length >= 1)[[[Try Again|Question 10]]] (else-if:(history: where its name contains "Question 9")'s length >= 1)[[[Try Again|Question 9]]] (else-if:(history: where its name contains "Question 8")'s length >= 1)[[[Try Again|Question 8]]] (else-if:(history: where its name contains "Question 7")'s length >= 1)[[[Try Again|Question 7]]] (else-if:(history: where its name contains "Question 6")'s length >= 1)[[[Try Again|Question 6]]] (else-if:(history: where its name contains "Question 5")'s length >= 1)[[[Try Again|Question 5]]] (else-if:(history: where its name contains "Question 4")'s length >= 1)[[[Try Again|Question 4]]] (else-if:(history: where its name contains "Question 3")'s length >= 1)[[[Try Again|Question 3]]] (else-if:(history: where its name contains "Question 2")'s length >= 1)[[[Try Again|Question 2]]] (else-if:(history: where its name contains "Question 1")'s length >= 1)[[[Try Again|Question 1]]]
(set: $wrong to $wrong + 1)