Answer:
A place that receives less than 10 inches (25 centimeters) of rain per year is considered a desert. Deserts are part of a wider class of regions called drylands.
Explanation:
Which of these is
described as "the taking
of carbon dioxide out of
the atmosphere and
locking it into glucose
molecules''?
A. decomposition
C. respiration
B. photosynthesis
D. biomagnification
Answer:
A. decomposition
Explanation:
hope this helped:)
Biodiversity is the
A. number of species found in a particular habitat or ecosystem.
B. variety of organisms on Earth in a particular habitat or ecosystem.
C. term used to differentiate different ecosystems and habitats from each other.
D. term scientists use to describe an ecosystem that has too many species to count.
Biodiversity can be defined as the variety of organisms on Earth in a particular habitat or ecosystem.
What is biodiversity?Biodiversity is coined from two words namely:
Bio meaning lifeDiversity meaning varietyThis means that biodiversity refers to the number and variety of species of plant and animal life within a region or habitat.
Different habitats or regions have varying biodiversity meaning that a region is more bio-diverse than others.
Therefore, biodiversity can be defined as the variety of organisms on Earth in a particular habitat or ecosystem.
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How many millimetres (equivalent depth) of water are
contained in a soil profile 1 metre deep if the mass water
content of the upper 400 mm depth is 15% and that of the
lower 600 mm is 20%. The bulk density in the upper layer is
1300 kg m- and in the lower layer is 1500 kg m-?. Assume Pw
= 1000 kg m’How much water does the soil contain (in
cubic
metres) per 1.5 hectares of land?
ri
The equivalent depth of water in the soil is 270 mm and the volumetric water content of soil is 5625 cubic meter/ 1.5 hectare of soil.
How can equivalent depth of water in a soil be calculate?The equivalent depth of water in a soil is calculated using the formula below:
equivalent depth of water = water content × depth of soilThe depth of soil profile 1 = 1 m = 1000 mm
The depth of soil profile 2 = 600 mm
Equivalent depth of water in the soil = 15% × 1000 mm + 20% × 600 mm
Equivalent depth of water in the soil = 150 mm + 120 mm
Equivalent depth of water in the soil = 270 mm of water
The volumetric water content of the soil is calculated using the formula below:
Volumetric water content = water content × bulk density of soil/density of water × height of soilHeight of soil profile 1 = 1 m
Height of soil profile 2 = 0.6 m
Volumetric water content of soil profile 1 = 15% × 1300/1000 × 1 m = 0.195 cubic meter/square metre of soil
Volumetric water content of soil profile 1 = 20% × 1500/1000 × 0.6 m = 0.18 cubic meter/square metre of soil
Total Volumetric water content of soil = 0.18 + 0.195 = 0.375 cubic meter/square metre of soil
Converting to cubic meter/hectare of soil:
0.375 cubic meter/square metre of soil
1.5 hectares = 15000 square metre
Volumetric water content of soil = 0.375 × 15000 cubic meter/ 1.5 hectare of soil
Volumetric water content of soil = 5625 cubic meter/ 1.5 hectare of soil
Therefore, the equivalent depth of water in the soil is 270 mm of water and the volumetric water content of soil is 5625 cubic meter/ 1.5 hectare of soil.
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Drag each label to the correct location on the image.
Match each activity to the graph that illustrates its effect on a population.
Answer in picture below:
Base on the given:
if the line goes down = decrease/bad
if the line goes up = increase/good
~Lenvy~
Give two other names for bacteria capsule and list any four important function
Answer:
Macro-capsule: thickness of 0.2µm or more, visible under light microscope
Microcapsule: thickness less than 0.2µm, visible under Electron microscope
Explanation:
It has several functions: promote bacterial adhesion to surface or interaction with other organisms; act as a permeability barrier, as a defense mechanism against Phagocytosis and/or as a nutrient reserve. Among pathogens, capsule formation often correlates with pathogenicity
correct me if I'm wrong
Answer:
Capsule (also known as K antigen) is a major virulence factor of bacteria, e.g. all of the principal pathogens which cause pneumonia and meningitis, including Streptococcus pneumoniae, Haemophilus influenzae, Neisseria meningitidis, Klebsiella pneumoniae, Escherichia coli, and group B streptococci have polysaccharide capsules on their surface. Nonencapsulated mutants of these organisms are avirulent.
It has several functions: promote bacterial adhesion to surfaces or interaction with other organisms; act as a permeability barrier, as a defense mechanism against phagocytosis and/or as a nutrient reserve. Among pathogens, capsule formation often correlates with pathogenicity.
Explanation:
The rock has a low amount of silica, is that intrusive?
What are 4 Types of stele in lycopodium??
Answer:
Actinostele,Plectostele,Mixed Protostele,Haplostele
Explanation:
I hope this helps :)
compare and contrast deuterostome and protosome development
Question: compare and contrast deuterostome and protosome development
Explanation:
How much atoms and cells on a phone screen
Answer:
100 trillion atom in 1 cell
Explanation:
im not sure huhu sorry po
Place a cell where protein synthesis takes place
Answer:
Ribosomes
Ribosomes are the sites in a cell in which protein synthesis takes place
Which statement describes the solar feature labeled B?
Image of the sun with three solar properties labeled by A, B, and C. Label A points to lit particles shooting outward from and then coming back towards the sun's surface. Label B points to a region on the sun's surface that is bright. Label C points to the a layer of the sun's atmosphere.
An envelope of plasma surrounding the sun
A stream of glowing gas that shoots out from the sun in an arch
A brief eruption of intense high-energy radiation from the sun's surface
A dark spot appearing from time to time on the sun's surface
Answer:
A brief eruption of intense high-energy radiation from the sun's surface
Explanation:
Sometimes the sun experiences a magnetic storm that appears as a bright spot on its surface. Through an explosion, there is a release of intense high-energy radiation. These explosions are called solar flares and often happen within magnetic fields, just like sunspots.
Answer:
C. A brief eruption of intense high-energy radiation from the sun's surface
Explanation:
I got it correct on the test
How does recycling save our environment
Answer:
it prevents pollution of the environment
Explanation:
instead of people dumping waste materials they reuse them for better purposes
Two degrees Celsius is equal to how many degrees Fahrenheit?
Answer:
35.6°F
Explanation:
Given:
Two degrees celsiusCalculate:
(2°C × 9/5) + 32 = 35.6°FCelsius Formula:
Celsius to Fahrenheit⇒ ° F = (9/5 × °C) + 32
Fahrenheit to Celsius⇒ ° C = 5/9 ( ° F - 32 )
A person who likes social situations and can lack concentration is
A. unstable
B. an extrovert
C. stable
D. an introvert
Answer:
an extrovert
Explanation:
^^ which of the following would have the highest species richness?
Answer:
Tropical Ecosystems
Explanation:
I'm not sure what the following is, but tropical ecosystems have the highest species richness. Thus, the higher temperature in the tropics cause higher rates of metabolism, ecological dynamics and coevolutionary processes, which generate and maintain higher biodiversity.
Which of the following statements best describes the influence of the ocean on climate change? The ocean absorbs heat and carbon dioxide from the atmosphere.
The ocean releases oxygen into the atmosphere.
The ocean reflects heat from the sun out of the atmosphere.
The ocean absorbs heat and oxygen from the atmosphere.
Answer:
the answer to your question i'm pretty sure is the third one :the ocean absorbs heat and oxygen from the atmosphere.
Explanation: the ocean does not reflect the sun that's why when you get into the water in the beach it is warm if it is sunny out. and releasing oxygen into the air just does not make since. hope that helps
which of these describes what happens when the temperature of an object increases
Answer:
kinetic energy
Explanation: When the temperature of an object increases, the average kinetic energy of its particles increases. When the average kinetic energy of its particles increases, the object's thermal energy increases. Therefore, the thermal energy of an object increases as its temperature increases.
4. The frequency of a dominant allele (P) in a population is 60% and the frequency of the recessive allele (p) is 40%. Predict the probability of the possible genotypes in this population.
are ingredient in energy drinks helping a runner expending a lot of energy.
Caffeine since it's an ingredient that boosts you're body in energy.
What do we call the process of
water turning into an atmospheric gas?
A. freezing
B. evaporation
C. perspiration
Answer:
B
Explanation:
Evaporation
The water turned into gas which is called evaporation
Answer:
Evaporation :)
Explanation:
An example is water and a hot pot. When the water starts to boil, it slowly starts turning into a gas. As this continues, the water will continue to disappear. If you have a lid on the pot, you will find the water droplets on it. The way the water got there was by turning into a gas or evaporation :)
Have an amazing day!!
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What is the purpose of a positive and negative transcription factor?
Answer:
That's how negative transcription factors work in plant and animal cells. Hope this helps as well. Negative transcription factors (repressors) prevent transcription of certain pieces of DNA. One example, is the suppression of the lac operon.
Help me please I’m only have 5 min left
Explanation:
d.Winter
c.cold/high
I hope these are your two answers
How can inheriting certain genes increase a person’s risk for cancer?
How to cross trihybrids
Answer:
Im not quite sure what this question is. But it sounds intresting. I wonder what the outcome of that eould look like eith Chewbacca an Stock from Wirf from star treks baby would look like. hmmm
What is one reason scientists have developed a system to classify organisms?
Classification allows for organisms to interbreed and change.
A system was needed to better track genetic changes in an organism.
Classification allows for better identification of new organisms.
A system was needed to see microscopic organisms with more detail.
Answer:
Classification allows for better identification of new organisms
Explanation:
Classification is used to identify organisms and categorize them so scientists can have an easier time studying them
Agatha quit school 6 months ago and, while she found a job, she finds it unfulfilling. During this time, Agatha has felt sad and worthless. Agatha knows she should probably re-enroll in school, but she has no energy to start that process. She also lacks any interest in going out, and her inability to enjoy companionship has resulted in lost friendships and loss of potential relationships. Agatha would MOST likely be diagnosed with _____ disorder.
cyclothymic
obsessive
bipolar
major depressive
Agatha has no energy to start that the process of enrolling in school. She also lacks any interest in going out, and her inability to enjoy companionship has resulted in lost friendships and loss of potential relationships. Agatha would MOST likely be diagnosed with major depressive disorder.
What is Major Depressive Disorder.Major Depressive Disorder is regarded as a mental illness where one experiences persistent and extended periods of depression and mood disorder which affects the quality of life, making them loose interset in major areas of thier lives.
The probable causes of this depressive disorder can emanate from
Having a stressful or unfulfilling life divorceillnesslack of job or moneyHere Agatha feeling sad and wortrhless with lack of interest and loss of friendships shows that she is suffering from a clinical disorder called ,Major Depressive Disorder, (MDD).
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According to the etext reading for Marine Biomes, which of the following are reasons
the ocean marine biomes are a challenging place for organisms to live?
some areas are extremely dark and deep
all of the organisms have to live without sunlight
high waves can be rough and powerful
organisms have to be able to live in extremely salty conditions
Answer:
Brainliest pls
Explanation:
all of the organisms have to live without sunlight
Liquid & gaseous wastes are removed from the body by the kidneys ____ & _____
Answer:
Brainliest pls
Explanation:
The anus removes all the waste from the body that couldn't be digested. This can be shown during excretion.
The photo shows the leaves from one type of vascular
plant. Use the dichotomous key to identify the type of plant
that has these leaves.
1a The leaf is broad and flat.
Go to 3.
1b The leaf is needle-like.
Go to 2.
2a The leaf is a sharp, yellow spine.
Cactus
2b
The leaves are stiff and green
and set at angles to the branch.
Fir
3a The leaf has a smooth edge.
Laurel
3b
The leaf does not have
a smooth edge.
Go to 4.
4a The leaf has a sawtooth edge.
Elm
4b The leaf has a lobed (wavy) edge. English oak
the answer is c elm do to it having a saw blade edged
An illustration of how a particular DNA mutation will most likely affect the polypeptide produced shown. What type of mutation is illustrated?
Answer:
Deletion i think
Explanation:
Several kinds of mutations including deletions, point mutation, insertion and translocation can happen.
What are DNA mutations?DNA mutations are irreversible alterations to a gene's DNA sequence. The degree of mutations varies. Some have an influence on how a cell or a whole organism works, whereas others have zero effect. The quantity of DNA changed by mutations varies as well. They can range from one nucleotide to huge chromosomal regions. DNA mutations can occur as follows:
Inherited mutations: Parents who have mutations can transmit them on to their children. Germline mutations: are found in every cell of a person. De novo (new) mutations: develop as a result of chance inside one or very few eggs or sperm, or shortly after fertilisation.Acquired mutations: Environmental substances known as mutagens can affect DNA.Mutation types:
Insertion/Duplication/Deletion: the insertion or removal of nucleotides from the DNA sequence. They can be as little as a single nucleotide or as vast as a chromosome with tens to hundreds and thousands of nucleotides.Point mutation: substitution of one nucleotide for the other. For instance, an "A" becomes a "T."Translocation: the transfer of a DNA fragment through one chromosome to the other.Inversion: a 180° flip of a Segment of DNA that causes it to be inverted in comparison to its original structure.Therefore, the mutations in DNA can be of several types.
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