Answer:
An example of genetic drift resulting from the founder effect, of the available answers listed below, would most likely be a situation in which a population commonly expresses traits that are otherwise rare in the species. An example of this might be an animal with longer limbs than other members of the same species - there have been real-life examples of this studied with lizards.
Explanation:
Electricity is created by the movement of A protons
B atoms
C neutrons
D electrons
Answer:
b=atoms
Explanation:
A bus left Cancun at 7 a.m. with a group of tourists. They travel 200 miles before they stop at the beach. Then they travel an additional 150 miles until the end of their trip at 5 p.m. What was the average speed of the bus?
what do both plant cells and animals cells have in common?
Answer:
Explanation:
Animal cells and plant cells share the common components of a nucleus, cytoplasm, mitochondria and a cell membrane. Plant cells have three extra components, a vacuole, chloroplast and a cell wall.
Answer:
Nucleus, nucleolus, cell membrane, ribosomes, cytoplasm, vacuole, mitochondria, golgi complex
Pea crabs live their entire lives inside of an oyster. They live inside the oyster's gills and feed on the
food that filters in. Often as the oyster grows, its muscles and gills will become weak. This symbiotic
relationship is an example of
O Parasitism
O Predation
O Mutualism
O Commensalism
10
Eukaryotic cells contain complex organelles that carry out their chemical reactions. Prokaryotes
lack many of these complex organelles, although they have a variety of unique structures of their own.
However, most prokaryotic cells can exchange nutrients with the outside environment faster than most
eukaryotic cells. Why is this so?
A Most prokaryotic cells are smaller and have a higher surface-to-volume ratio than eukaryotic
cells.
B
Most prokaryotic cells are larger and have a higher surface-to-volume ratio than eukaryotic cells.
Cell Biology
Practice Questions
С
Most prokaryotic cells are smaller and have a lower surface-to-volume ratio than eukaryotic
cells
D
Prokaryotic cells are larger and have a lower surface-to-volume ratio than
eukaryotic cells
how are algae cells different from other cells
Answer:
In the case of the algae, each individual cell is responsible for absorbing its own water. This makes the algae nonvascular compared to the highly vascular plant species. In this connection, algae also lack several key structures that are normally present in ordinary plants like the leaves, roots and stem.
Algae are a group of aquatic organisms with autotrophic metabolism that are made up of eukaryotic cells and we can find unicellular or multicellular individuals.
Some characteristics of algae cells are:
• Cellular organization is eukaryotic (with the exception of blue-green algae), that is, they have a nucleus delimited by a double membrane, mitochondria, chloroplasts, endoplasmic reticulum, Golgi complex and lysosomes.
By definition, this type of cell is one that has a nucleus in which genetic material is stored. Compared to prokaryotic cells, eukaryotes have a large genome.
• The cell wall is made up mainly of cellulose and glycoproteins.
• In the algae cells we can find different reserve substances produced by metabolism.
The reserve substances are mainly starch, although we also find chrysolaminarin, laminarin, mannitol and paramilion in the different groups.
These substances form granules that are dispersed in the cell cytoplasm, in chloroplasts or in pyrenoids.
• They have structures of locomotion called flagella.
In different groups of algae, these organs vary in both number and shape, however, they typically present two flagella or multiples of two.
Therefore, we can conclude that algae are unicellular or multicellular photosynthetic organisms endowed with nucleus, cell wall, flagella and reserve substances.
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Please look at the picture PLEASE ANSWER ASAP I DONT HAVE A LOT OF TIME HURRY!!
Answer:
C
Explanation:
Animal cells store extra glucose in the form of glycogen. Which molecule do plants use to store extra glucose?
A. glycogen
B. baleen
C. myosin
D. starch
Answer:
The Answer is Glycogen
Explanation:
It's Glycogen because Glycogen is a polysaccharide of glucose its structure allows it to pack compactly, so more of it can be stored in cells for later use.
30 grams of ammonia (NH3), nitrite (NO2-), and nitrate (NO3-) are added to a soil sample.
Predict whether these concentrations would increase, decrease, or stay the same if nitrite-nitrifying bacteria were added to the sample.
If 30 grams of ammonia (NH3), nitrite (NO2-), and nitrate (NO3-) are added to a soil sample and nitrite-nitrifying bacteria are added, the concentration of the nitrate would increase, that of the nitrite would decrease, while that of ammonia would remain the same.
The process of converting ammonia to nitrate, also known as nitrification occur in two stages:
The conversion of ammonia to nitrite by ammonia oxidizing bacteria.The conversion of nitrite to nitrate by nitrite-oxidizing/nitrifying bacteria.Now, if nitrite-nitrifying bacteria is added to the soil sample above, it means that only the nitrite would be converted to nitrate. The bacteria will not be able to oxidize ammonia.
Hence, some of the nitrite would be converted into nitrate leading to the reduction in the concentration of the former, and an increase in the concentration of the latter. The concentration of ammonia will remain unchanged.
More about nitrification can be found here: https://brainly.com/question/17023197
A salt is formed during a reaction of sodium and chlorine ions. Which type of bonding occurred?
a. hydrogen bond
b. Van der Waals forces
c. covalent bond
d. ionic bond
help me fast lol this is a biology related question.
Answer:
A=5
B=9
C=3
D=4
Explanation:
3+2=A, so A must equal 5.
A+4=B, since we know A equals 5 then 5+4=B, therefore B must equal 9.
2+C=5, then use algebra to solve by subtracting 2 from both sides. C=3.
3+1=D, so D must equal 4.
There are equal numbers of protons and electrons in neutral atoms. (2 points) True False
Answer:
True
Explanation:
Hope this helped!!!!! XD Have a great day!
Answer:
its true
Explanation:
Answer the following questions in 4 SENTENCES.
What is the difference between fragmentation and budding?
How are the genes split up in sexual reproduction?
Answer: hope this helps!!
Explanation:
How is fission different from budding?
1) Binary fission: Single parent cell doubles its DNA, then divides into two cells. Usually occurs in bacteria. 2) Budding: Small growth on surface of parent breaks off, resulting in the formation of two individuals. Occurs in yeast and some animals (like the hydra below).
does my evidence support my claim:??
background info: i did a lab where i put potato cells into different solute concentrations of NaCl
Answer:
YES!! you did good!
Explanation:
what type of waste does the digestive system get rid of
A cat with black fur and white fur has kittens with black and white fur. All members of the family have fur that is short. The kittens have yellow eyes just like their mother and long legs like their father. This demonstrates which characteristic of life please i need ASAP
Answer:
genetics? I'm not sure :(
What type of bond is found in region 2?
A. Hydrogen bonds
B. Peptide bonds
C. Covalent bonds
D. Enzyme substrate bonds
Answer: A
Explanation:
6. When scientists “culture” human cells what exactly does that mean?
Answer:
The process by which cells are grown under controlled conditions, generally outside their natural environment. After the cells of interest have been isolated from living tissue, they can subsequently be maintained under carefully controlled conditions.
Explanation:
It means that the human cells are being grown outside of the human body in controlled conditions.
Jerry walked from home to school, then from the school to the park. What is his total distance?
Answer:
8km
Explanation:
Home to school is 5km, and school to park is 3km. Adding those values together, we get 5+3, or 8km.
7. After the rumor spread that Henrietta’s cells took over many other cell cultures in research labs what did researchers want to do and why?
I WILL GIVE BRAINLIEST!
Researchers wanted to do research because they thought normal cells spontaneously became cancerous cells.
What are Henrietta's cells?The first immortal human cells to be generated in culture were from Henrietta Lacks. They are also known as Henrietta's cells. They were crucial in the creation of the polio vaccine. In the early space flights, they went up to investigate what would happen to cells in weightlessness.
Her cells have since been employed in numerous significant scientific breakthroughs, such as cloning, gene mapping, and in vitro fertilization.
After the rumor spread that Henrietta's cells took over many other cell cultures in research labs scientists wanted to do research, because they thought that normal cells are converting into cancerous cells.
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A student has to perform an experiment on the effect of heat on a particular chemical which can be seen in the form of a color change. Which
section of his lab report will include the color change in that chemical?
A. Title
B.Conclusions
C. Results
is this a balanced equation yes or no?
Na(g)+2HCl(g)⇒H2+2NaCl(s)
Why is resource management of forest important for economic
Answer:
timber, plant medicinal resources, genetic materials, and recently a source for generating carbon credits.
Explanation:
Changes in the periodic table from 1800's to the present are based on all BUT ONE of these factors.
A)
peer review
B)
empirical data
C)
fact verification
D)
journal publication
Answer:
Journal Publication
Explanation:
Once empirical data has been verified, reviewed, only then can it be published in a scientific journal. As the periodic table was developed and reconfigured, data was constantly tested, reviewed, and finally used for modifications.
Changes in the periodic table from 1800's to the present are based on all but one of these factors is Journal Publication.
What is Journal publication?
Once empirical data has been verified, reviewed, only then can it be published in a scientific journal. As the periodic table was developed and reconfigured, data was constantly tested, reviewed, and finally used for modifications.
A scholarly publication is another term that may be used to describe a peer-reviewed article.
In order to maintain academic scientific excellence, the peer-review process involves having other specialists in the same field (peers) examine an author's scholarly work, study, or ideas.
Therefore, Changes in the periodic table from 1800's to the present are based on all but one of these factors is Journal Publication.
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‼️WILL LIST BRAINLIEST ‼️ldentify the two gases exchanged between the body and the air during respiration Explain how this gas exchange happens
Answer:
Oxygen and Carbon dioxide, for the cellular respiration we need oxygen and we respire the carbon dioxide is the by product
Answer: Oxygen and carbon dioxide
Explanation: During respiration, the body takes in oxygen and eliminates/ releases carbon dioxide
a _________ reaction occurs when you mix an acid with a base
Answer:
a Neutralization reaction occurs
Explanation:
Complete the missing blanks in the fig
3
Complete the following flow chart based on ecosystem and its components.
(iv)?
Comprises
TERRESTRIAL
BIOTIC
Types
Components
ECOSYSTEM
2
Definition
Comprises
2
Answer:
lol
Explanation:
im poor
order these in chronological order plz.
Answer:
4265317 there :D I hope it helps femboy lover
What type of inheritance is observed in this pink and yellow flower?
______
People. THE ANSWER IS codominance. NOT co-dominance.
hope this helped you all. if can, Mark BRainLesT
Answer:
right answer is codominance
Explanation:
How energy from the sun is absorbed in earths atmosphere
Answer:
Explanation:
About 23 percent of incoming solar energy is absorbed in the atmosphere by water vapor, dust, and ozone, and 48 percent passes through the atmosphere and is absorbed by the surface. Thus, about 71 percent of the total incoming solar energy is absorbed by the Earth system
Answer:
The earth-atmosphere energy balance is the balance between incoming energy from the Sun and outgoing energy from the Earth. Energy released from the Sun is emitted as shortwave light and ultraviolet energy. When it reaches the Earth, some is reflected back to space by clouds, some is absorbed by the atmosphere, and some is absorbed at the Earth's surface.