All categories

3 years ago

How does each of the following fungi fit the characteristics of the kingdom? Yeast, mold, mildew and mushrooms.

2 answers:

8 0

-Yeast produces spores. The mature spores are known as ascospores. Yeast is the most common one-celled fungi.
-Molds are Hyphomycetes, which are characterized with having filamentous hyphae, and producing airborne spores.
-Mildew is very similar and commonly mistaken for mold. It's major difference from mold is that it is white. Mildew also creates spores.
-Mushrooms are mainly Basidiomycetes and partially Ascomycetes, both of which share a common feature: a macroscopic "Fruiting-body". There are basidia lining the gills of the mushroom. A large number of spores are produced by them.

Fungi do not have chlorophyll and cannot photosynthesize sunlight into food.
All of the listed types of fungi create spores.

sineoko [7]3 years ago

5 0

Yeast means microscopic fungus consisting of single oval cells that reproduce by budding, and are capable of converting sugar into alcohol and carbon dioxide.
mold is where we get medicine from.
mildew is a thin whitish coating consisting of minute fungal hyphae, growing on plants or damp organic material such as paper or leather.
mushrooms increase spread and develop rapidly.
i hope this helps u.

You might be interested in

2)Through the action of osteoclasts,

snow_lady [41]

Answer:

Osteoclasts are the type of cells which are responsible for the absorption of calcium from bones.

Explanation:

Osteoclasts is special type of cells which is released by parathyroid gland when the blood have low levels of calcium. Osteoclasts absorb calcium from the bones and add this calcium into the blood to increase the calcium level. If calcium is present in very high amount so this calcium is stored in the bones of the body and extracted when needed by the body.

3 0

3 years ago

During a chemical reaction bonds that hold atoms together may be broken or formed is it true or false

Jlenok [28]

Answer:

Explanation:

okok

5 0

3 years ago

Read 2 more answers

when considering the classification of joints based on the shape of the articulating bone ends, the knee functions as a type of

gavmur [86]

According to the research, the correct option is uni-axial synovial joint. When considering the classification of joints based on the shape of the articulating bone ends, the knee functions as a type of synovial joint are called a uni-axial synovial joint.

<h3>What are uni-axial synovial joints?</h3>

They are synovial joints because they have cartilage and a joint capsule that allow flexion and extension movement, and it is because they move in a single plane or axis that they are considered monoaxial.

In this sense, they can be located in the humeroulnar joint located in the elbow, in the femorotibial or knee joint, allowing the rear sides of the leg to be moved away or closer, and finally in the joints that form between the phalanges of the fingers.

Therefore, we can conclude that according to the research, the correct option is uni-axial synovial joint. When considering the classification of joints based on the shape of the articulating bone ends, the knee functions as a type of synovial joint are called a uni-axial synovial joint.

Learn more about synovial joint here: brainly.com/question/28256806

#SPJ1

8 0

1 year ago

Taxonomy seeks to

liq [111]

Answer:

The correct option is C. Organize all living things in a logical manner

Explanation:

In biology, taxonomy is defined as the branch of science in which organisms are classified. The organisms are classified into 8 domains based on their similarities or differences. The more a specie is related to another organism, the more similarity it will acquire in the 8 domains.

The names of the 8 domains on the basis of which organisms are classified are:

Domains
Kingdom
Phylum
Class
Order
Family
Genus

Specie

4 0

3 years ago

Match the steps in the cell cycle in the correct order

Tcecarenko [31]

Answer:

1. Chromosomes line up - metaphase

2. Cell growth - G1

3. Final preparations for division - G2

4. Chromosomes get pulled apart - anaphase

5. DNA replication - S

6. Chromosomes condense - prophase

7. Chromosomes uncoil and nucleus reforms - telophase

8. The cytoplasm and organelles divide, and now there are two identical cells - cytokinesis

Explanation:

There are four primary phases, or stages, in the cell cycle, which is a systematic process. Each stage has a goal that has to be achieved before moving on to the next. G1, S, G2, and mitosis are the stages.
There is growth during the G1 phase. A lot of protein is produced and water is pumped in, increasing the volume of the cell. The DNA is also examined at this time to see whether there has been any damage. The G1 phase precedes the S phase, therefore before going into S phase, the cell must make sure it has enough energy reserves.

The cell duplicates its DNA during the synthesis phase, also known as the S phase. DNA content doubles due to the duplication of all chromosomes. The compact state of DNA is created by proteins, which do not exist in and of themselves. Therefore, in order to ensure that the new DNA is properly packed when DNA is replicated, new packaging proteins must be produced. Histones are the proteins that house DNA. The production of new DNA is closely linked to the production of new histones.

A cell multiplies its organelles during the G2 phase. Right before the cells divide into two distinct cells during mitosis, the G2 phase occurs. There must be distinct functioning organelles in each daughter cell. Organelles like the golgi and endoplasmic reticulum are linked networks of sizable membrane pouches that may change size. Other organelles, including mitochondria and chloroplasts, are separate structures that must separate similarly to how cells do.

The process of physically dividing a cell into two daughter cells is called mitosis. Prophase, metaphase, anaphase, and telophase are its four basic stages. The nuclear membrane deteriorates as the chromosomes thicken during prophase. The center of the cell's chromosomes align during metaphase. One chromosome splits in half during anaphase, sending one half to either side. The telophase is characterized by the pinching together of the cell's centre to form two separate cells.

6 0

2 years ago