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3 years ago

When smaller molecules are bonded together to create larger ones, the smaller molecules

Biology

1 answer:

Vitek1552 [10]3 years ago

8 0

Answer:

When smaller molecules are bonded together to create larger ones, the smaller molecules are called monomers and the larger molecules that they build are called polymers

Explanation:

Monomer is a relatively small molecule that can form covalent bonds with other molecules of its type to form a polymer. Polymer is a relatively large molecule consisting of a chain of many identical monomers chemically bonded to each other.

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What the advantages of integrated farming?

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Answer:

Explanation:

Such farming system increases production to meet the demands of Nigerians. Proper processing of waste and related substances increases the profit of farmers. Intensification of crops growth maximizes income in relation to area, time and efforts

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3 years ago

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A medical researcher compared the variances in birth weights for five randomly chosen babies of each gender, with the megastat r

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Answer: do it yourself

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4 years ago

The posterior, inner part of the eye is called the __________ of the eye.

marshall27 [118]

The retina; I may be wrong.

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3 years ago

does anyone know how to do this ? You are a bio-researcher on the planet Tawniwani, and you have been given the task of identify

kiruha [24]

A dichotomous key is a classification tool used to identify organisms based on morphological or behavioral characteristics. Individual C is a Roundus tricurlus.

<h3>What is a dichotomous key?</h3>

A dichotomous key is a significantly useful tool to classify organisms.

If you have an organism -or part of it- and you need to taxonomically identify it, you use a dichotomous key.

The key provides an easy and fast way for identification by describing different morphological or behavioral traits, leading you to the correct taxonomic classification.

The term dichotomous refers to how information is provided.

You will always have two options per feature (a and b, or 1 and 2), and you will have to choose one of them according to the characteristics of your organism.

Once you choose one of the options according to your organism, the key leads you to the following description, and you will have to choose one of the options again.

You will repeat this until you reach the name of your organism.

The key describes only specific traits that are useful for differentiation.

In the exposed example, for instance, we need to know the name of the individual C.

Step 1

The first description is about the head size. The key asks you if the individual has a small or a large head. It has a small head, so the key tells you to move to description 2.

1a. Has a small head--------------------------- go to 2

1b. Has a large head--------------------------- go to 3

Step 2

The second description is about the body shape. The key asks you if your organism has a narrow or a rounded body. And this individual has a rounded body, so the key tells you to move to description 7.

2a. Has a narrow body ------------------------ go to 6

2b. Has a round body -------------------------- go to 7

Step 3

The seventh description is about antennae. Does your individual have curly or straight antennae? It has curly antennae. You have reached your organism's name. It is a Roundus tricurlus.

7a. Has a curly anteanne ------------------------ Roundus tricurlus

7b. Has a straight antennae--------------------- go to 8

Individual C is a Roundus tricurlus.

You can learn more about dichotomous key at

brainly.com/question/2235448

brainly.com/question/16522014

brainly.com/question/18335862

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2 years ago

How do axial filaments differ from regular bacterial flagella? How do axial filaments differ from regular bacterial flagella? Th

aksik [14]

Answer:

The axial filament is located between the cell membrane and the outer membrane.

Explanation:

Axial filaments are structures used for motility too. They wraped around the cell body and are found in spyrochetes. The origin of the flagella is in the periplasmic space, the space between the inner membrane and the outer membrane they differ because other flagellum are near the cell surface, attached to the basal body enclosed in the cell envelope.

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3 years ago