Vacuole-The Storage Bin A real life object related to the Vacuole is
a refrigerator
, because it can store food, water and other substances.
What can a vacuole be compared to in a house?
Probably the best analogy of a cell
vacuole
to a
house
is a storage closet or storage room. The
vacuole
is an organelle with a surrounding membrane that contains any number of things including water, enzymes, food, or waste products. … In a
similar
fashion, a storage room in a
house
usually keeps a wide variety of items.
What is a vacuole similar to?
Vacuoles- Store water, nutrients and even wastes. A vacuole is like
a thermos
because a vacuole stores water and nutrients until it is needed like a thermos stores water food until it is needed.
What can a vacuole be compared to in a school?
The vacuoles is
like the cabinets in the school used to store items
. … The Chloroplast is like the cafeteria in a school because it is where the students in a school get their energy. Large central vacuole. The Large Central Vacuole is like a swimming pool because it stores water for the swim team.
What is the vacuole compared to in the human body?
The Vacuole Compared to
The Stomach
The vacuole is like the stomach because it stores food and water for later use. This allows the body and or cell to get energy when needed.
Why is a vacuole like a refrigerator?
The vacuole is like a refrigerator
because it stores food and water
.
What do vacuoles do?
A vacuole is a membrane-bound cell organelle. In animal cells, vacuoles are generally small and help sequester waste products. In plant cells, vacuoles
help maintain water balance
. Sometimes a single vacuole can take up most of the interior space of the plant cell.
What can a Golgi body be compared to in a house?
Golgi Body
The ER is
like the hallways in a house
. Hallways transport people from one room to another throughout a house. Vacuoles store food and water for cells. They are usually found to be larger in plant cells.
Why are the cells being compared to a house?
The
cell membrane is like the roof on a house because it protect the house from storms and anything else
. The cell membrane protects bacteria and other things from coming in the cell. Golgi Apparatus are like the laundry room. The dirty clothes get modified and the whites and darks get separated.
How a cell is like a house?
Cell organelle
. A cell is like a house. While the nucleus is the control center of the cell, people control everything inside the house. The Golgi apparatus packages/delivers proteins.
What part of a school is like a Golgi body?
The
endoplasmic reticulum
is like hallways in a school because they are passage ways for students and staff like the endoplasmic reticulum makes passages for proteins. The Golgi apparatus is like a school bus because a school bus transports kids to school like the Golgi apparatus ships proteins.
What part of a school is like nucleolus?
The nucleolus of the school is the principal because the principal makes the rules just like the nucleolus makes
the ribosomes
. The mitochondria is “The Mighty Mouse” of the cell. It transfers energy from organic compounds to ATP. The mitochondria of the school would be the lunchroom.
What part of a school is like a Centriole?
Endoplasmic Reticulum/ Lysosomes
Just like Centrioles control the microtubules of the cytoplasm during cell division. The Endoplasmic Reticulum would be like the buses, because they carry students to school, and they can help transport things for the school.
What organ in your body is most like the lysosome?
Stomach
. In the cell, lysosomes are mainly involved in the digestion or break down of biomolecules with hydrolytic enzymes. Similarly, the stomach is a muscular organ involved in digesting food by secreting enzymes.
What stores things in a human body?
Lysosome. The
vacuole
stores food water, wastes and other material. The vacuole is found in both plant and animal cells. The equivalent in the human body is the stomach.
What part of a cell is like a brain?
The nucleus
is called the “brain” of the cell because it holds the information needed to conduct most of the cell’s functions.
