What is a chloroplast analogy?
Chloroplasts are like solar panels because chloroplasts convert the sun’s energy into energy that can be used by cells like solar panels convert the sun’s energy into energy that can be used by a house.
Which one is the correct analogy for the chloroplast?
What does a chloroplast represent in a city?
What company or place does the chloroplast resemble in a Cell City? Solar Power Plant b. Why do you think so? The chloroplast captures the sun’s energy and uses it to produces sugars which is used to power a cell as a solar power plant uses the sun’s energy to produce power for the city.
What is an analogy for mitochondria in a school?
Mitochondrion is like a staff in the school. They act as a powerhouse organelles off the cell getting things done, and the staff do the same, making school run and function. The cafeteria in the school is like chloroplast.
What is a vesicle analogy?
analogy: vesicles are like the UPS or post office trucks. Lysosomes. Lysosomes are vesicles that are from the Golgi apparatus and contain digestive enzymes. They break down large molecules in the cell for various reasons. analogy: A lysosome is like a garbage truck or man that breaks down waste or garbage.
How are plant cells like a school?
The chloroplasts are the food producers to the plant cell. The cell membrane is like the school building,walls and the cameras of the school or the security. The cell membrane is like the walls or building of the school because the cell membrane protects the cell and decides what comes in and what goes out.
What is the analogy of school?
The Cell Wall is like the beams in a school because it provides the school support. The Chloroplast is like the cafeteria in a school because it is where the students in a school get their energy. The Large Central Vacuole is like a swimming pool because it stores water for the swim team.
What is a good analogy for smooth endoplasmic reticulum?
Analogy: The smooth endoplasmic reticulum is like a waiter or waitress because he or she helps prepare the food and brings customers their food to be eaten inside the restaurant.
How is a protein like a school?
The ribosomes make the proteins. The function of the protein in a cell is to transport molecules. The proteins of the school would be the students. The students would be the proteins because that is what the school is making.
What is the Golgi in a school?
The Golgi apparatus acts as the transporting function in the cell. It packages proteins for transport out of the cell. A school bus/school bus stop act as the transporting function for the school. The bus transports the kids to and from school.
How can a vesicle be compared to a school?
They are containers of items produced by the school, that serve to take them to outside of the walls. A more positive analogy might be that the graduates of the school are like vesicles–they are loaded with knowledge and skills provided by the school, and leave with that knowledge as a part of themselves.
What would the chloroplast be in a school?
Chloroplast is like the textbooks in school because they provide us with information just like chloroplast provides food for the cell. The cell membrane is like the entrance to the school because they regulate entrance and exit of students and adults.
What is a real life example of a chloroplast?
A real life example of a chloroplast would be solar panels. Solar panels are used in a variety of products these days, from phone charges, lawn… Do animals have chloroplasts? For example, plant cells contain chloroplasts since they need to perform photosynthesis, but animal cells do not.
What is an example of a chloroplast analogy?
Chloroplast is also responsible for generating all the energy that a plant uses – turning sunlight into energy in the form of sugar. Based on this, a good analogy for a chloroplast would be an electric generator: A device that creates power and supplies it to be used for other functions.
What is the definition of chloroplast?
Chloroplasts / ˈklɔːrəˌplæsts, – plɑːsts / are organelles that conduct photosynthesis, where the photosynthetic pigment chlorophyll captures the energy from sunlight, converts it, and stores it in the energy-storage molecules ATP and NADPH while freeing oxygen from water in plant and algal cells.