Notes

A Plant Cell Is Like An Amusement Park

The cell membrane of a plant cell is like the security guards of an amusement park. The cell membrane keeps the cell semi-permeable and protected, while the security guards don’t allow suspicious-looking people to come into the park and protect it from potential danger.

The cytoplasm of a plant cell is like the metal/wood structure of a roller coaster at an amusement park. The cytoplasm holds the cell in place and gives it its shape, while the structure of a roller coaster keeps the ride sturdy, in place, and gives it its different loops, turns, and other features.

The Golgi apparatus of a plant cell is like the gift shop of an amusement park. The Golgi apparatus receives and packages proteins for transport into other parts of the cell, while the gift shop of an amusement park receives and packages items to be sold and transported to the customer.

The lysosomes of a plant cell are like the cleanup crew of an amusement park. Lysosomes store the damaged or obsolete parts of a cell and break them down, while the cleanup crew of an amusement park takes the waste scattered around the park and stores them in their appropriate places to be taken away by garbage trucks.

The endoplasmic reticulum of a plant cell is like a bus or train system found at some amusement parks. The endoplasmic reticulum creates and folds proteins and then transports them to the Golgi apparatus, while a bus or train system loads up the people at the amusement park and transports them around to different areas of it.

The nucleolus of a plant cell is like the information booth of an amusement park. The nucleolus contains the information needed for DNA replication, while the information booth contains and provides information about the park to visitors.

The cell wall of a plant cell is like the gates around an amusement park. The cell wall provides rigidity and strength to the cell, while the gates of an amusement park provide a sturdy structure to keep it secure and can protect the park from potential threats and invaders.

The ribosomes of a plant cell are like the food stands at an amusement park. Ribosomes synthesize proteins in and for the cell, while the food stands make food and offer it to prospective customers.

The chromatin of a plant cell is like a map of an amusement park. Chromatin helps to transcribe RNA and prevent DNA from being damaged or lost, while a map of an amusement park helps a visitor find their way around the park and not get lost.

The mitochondria of a plant cell are like the power generator for an amusement park. The mitochondria produce energy for the cell through cellular respiration, while the power generator for an amusement park generates power and energy to keep the electricity going at the park.

The central vacuole of a plant cell is like the garbage cans at an amusement park. The central vacuole stores cellular waste products that may be harmful to the cell, while the garbage cans at an amusement park hold the deposited and unneeded waste.

The chloroplasts of a plant cell are like the workers at an amusement park. Chloroplasts use photosynthesis to create energy in the form of glucose to help the plant carry out processes necessary for life, such as growth and reproduction, while the workers at an amusement park keep the park going day by day by bringing life and energy to it with their determination and stamina.

The nucleus of a plant cell is like the controls of a ride in an amusement park. Nuclei control all activities that take place in their respective cell and contain most of the genetic information for the cell, while the controls of a ride control what the ride does and contain the technological information for controlling it.