Analogy

That depends on what two species you're referring to.

Homologous parts are similar in structure and evolutionary origin, though not necessarily in function.

for example: human arms and bat's wings

Analogous parts, on the other hand function similarly, but may not be similar in structure or evolutionary origin.

example: a butterfly's wings and birds' wings

The keystone analogy refers to a central piece that holds everything together, much like the keystone in an arch. It suggests that if the keystone is removed, the structure may collapse. In a broader sense, it can be applied to situations where one crucial element is essential for the overall functioning or success of a system.

The analogy would be moon is to lunar. Just like the sun is related to solar, the moon is related to lunar.

Analogies are to teaching as dawn is to revealing light. Just like dawn marks the beginning of a new day and brings light, analogies help illuminate unfamiliar concepts by drawing parallels to familiar ones for better understanding.

Classifications refer to the systematic arrangement of items into categories based on shared characteristics or criteria. It helps in organizing and understanding information by grouping similar things together.

There are many ways to get dreadlocks, i will explain some of them. One thing that people must know about dreadlocks is that they are formed mostly by time, so they don't look like dreadlocks right away. They evolve and mature at the same rythm as the person who is wearing them... :) So here goes...

1. Separate all the hair into sections that will become a dread each first, using rubberbands. Then take the rubber band out of the first dread to be, and with the use of a metal lice comb, comb the hair in the opposite direction of what you would usually do. Do small sections at a time, start with about half an inch on the top, and make sure that the hair gets tangled as tightly as possible, without breaking it too much. Then move down the dread that way, until it becomes a fluffy tangled thing. Then roll it between your palms - and do all of the other sections in that way. After the dreads are made, you can choose to use beeswax or not. Beeswax will make then stay better together, especially in the first couple of months.

2. Separate all the hair into sections that will become a dread each first, using rubberbands. Then take the rubber band out of the first dread to be, and tease the hair a little bit with your hand. Then separate the hair in two parts and pull each part in opposite directions to make the knots come up to the top. Repeat this for as long as it takes to tangle tightly down to the bottom of the strand of hair, and roll between your palms. Then repeat the process on all the other sections. After the dreads are made, you can choose to use beeswax or not. Beeswax will make then stay better together, especially in the first couple of months.

3. Braids can turn into dreadlocks if you leave them in your hair for a very long time. It will take a very long time though, and there are chances that they never really completely look like dreadlocks.

4. Just leave your hair without brushing it. You can wash it, but don't use conditionner. This method works especially well for people with really tangly hair, frizzy hair, black people's hair... You will need to take care of separating your hair into different sections so that you don't end up with only one giant dreadlock. Sea salt really helps too, so if you live close to the ocean you should go swim a lot and dry in the sun.

5. Go to the salon and let professionnals take care of making your dreadlocks. It mmay be really expensive but your dreadlocks will look really professionnaly made, which is quite an advantage if you have a job with the public.

6. Find someone semi-professionnal who makes dreadlocks in your city. You can look in the classifieds on craigslist.com. A common way dreads are formed are by sectioning hair of any texture and twisting it round and round from the scalp to the ends using a setting gel or lotion. It can also be latched like a crocheted sweater to for individual locks. Locks take 6 months to 2 years to permanently lock. They can also more immediately be created by doing extensions with kinky hair or yarn. This takes hours to do but hair can more easily and readily be styled and shampooed without the threat of unraveling.

A ribosome can be compared to a factory assembly line because it reads the instructions in mRNA to synthesize proteins, similar to how a factory assembles components to create a final product.

The analogy for brother is to mother as fly is to father, as a fly typically shares a direct relationship with its environment or preferred location, similar to how a father may play a distinctive role within a family dynamic.

An analogy of an amyloplast would be a factory warehouse where raw materials are stored and gradually converted into finished products for distribution. Just like an amyloplast stores starch in plant cells, a warehouse stores materials to be processed and used later.

The pancreas is like a control center in a building, regulating the flow of resources (like insulin) to different rooms (organs) to maintain proper function.

Genes can be thought of as the instructions or blueprint for building and operating a living organism, similar to a recipe guiding the creation of a dish. Just like how a recipe contains the specific ingredients and steps needed to make a meal, genes contain the information necessary for an organism to develop and function properly.

Botanist is to plant as geologist is to rock. Both botanists study plants and geologists study rocks.

Many textbooks will compare a cell membrane to the fluid mosaic model, which means that the parts of the membrane (phospholipids, cholesterol, proteins etc.) are not stuck in one place; they move around and can pass by one another while still keeping the integrity of the membrane. That is mainly for the structure, but structure always lends to function.

An analogy for meiosis is like shuffling a deck of cards and dealing out two hands. The process creates genetic variation by combining genes from two individuals and creating unique offspring. Just as a deck of cards can be shuffled in numerous ways to create different hands, meiosis creates diverse genetic combinations that contribute to genetic diversity.

A vessel is like a container that holds or transports something, similar to how a cup holds liquid or a ship carries cargo across the ocean. Just as a vessel can be used to store or move substances, our bodies can also be seen as vessels that hold our thoughts, emotions, and experiences.

the wing of a bird. Both wings serve the same function of flight but are made of different materials and evolved separately in each species.

In a cell analogy for a school, you can compare the principal to the nucleus, which acts as the control center. The teachers are like organelles that carry out specific functions, such as mitochondria providing energy through teaching. Students represent molecules that move throughout the school, interacting and learning. Just like a school, a cell functions best when all parts work together harmoniously.

A warehouse or a refrigerator.

The Golgi apparatus in a cell acts like a distribution center in a factory, where it modifies, sorts, and packs proteins and lipids received from the endoplasmic reticulum before sending them to their destination. It also synthesizes carbohydrates and other molecules essential for cell function.

Ribosomes in a cell can be compared to classrooms in a school. Just as classrooms assemble to form different subjects, ribosomes assemble to synthesize proteins. Additionally, like how classrooms are responsible for educating students, ribosomes are responsible for producing proteins that carry out various functions in the cell.

Vacuoles in a cell can be likened to lockers in a school. Just as lockers store supplies and maintain cell organization, vacuoles store materials and help regulate cell functions. Both play a key role in maintaining and organizing their respective environments.

A factory supervisor. Just as the nucleolus oversees the production of ribosomes in a cell, a factory supervisor oversees the production process in a factory, ensuring that everything runs smoothly and efficiently.

ribosomes i think are like when a fish hooks onto it

Vacuoles can be compared to storage containers in a house, where they store and transport various molecules and waste products within a cell. Just like how containers help organize and store items, vacuoles help regulate cellular processes by maintaining a proper balance of ions, storing nutrients, and aiding in digestion.

Its in your txt book you dumb freshman