What happens to the energy that is passed through to the primary consumer? List three possibilities
Please help
Answers
Answer: Primary consumers only obtain a fraction of the total solar energy—about 10%—captured by the producers they eat. The other 90% is used by the producer for growth, reproduction, and survival, or it is lost as heat. You can probably see where this is going. Primary consumers are eaten by secondary consumers.
Explanation:
The energy that is passed through to the primary consumer is only 10% of their total energy as 90% of energy is lost in the metabolic process or excretions process.
The flow of energy in any ecosystem is linear from the sun to the consumers in an ecosystem. Energy is transferred from each trophic level to the next, however, only 10% of the energy of each level is transferred other 90% of energy is lost in the various process:
transferred to the next trophic level: If energy passed through the primary consumer then 10% of the total energy will transfer to the secondary consumerLost as heat or metabolic process: Most of the part of the energy is lost in performing various cellular functions and metabolic functions such as cellular respiration, digestion, reproduction, and others.Lost in excretion: some part of the energy is also lost in the excretion process.Thus, the correct answer and possibilities are given above.
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Related Questions
All the goldfish in an aquarium would represent what ecological level? a:biosphere b: community c: ecosystem d:population.
Answers
ecosystem..........
Answer:
Population
because it's not a community because a community contains living and no living things.
it's not a biosphere because it's a biome with all of its consists.
it's not an ecosystem, because an ecosystem represents more than one community.
have a nice day
someone help with these answers please
name 3 examples of protozoans
radiolarian
diatom
forminiferan
ciliates
dinoflagellates
protozoa means____
blue green algae
first animal
first plant
exoskeleton
Answers
Answer:
Ciliates
radiolarian
fornamifera.
Explanation:
don't know the other one:(
I think ' blue green algae '
4. Which organisms will only produce uniform
offspring?
Answers
Answer:
Jellyfish and blackworms
What type of communication coordinates actions between neighboring cell
chemical signal
intracellular
intercellular
receptor
Answers
Answer:
intracellular is the correct answer
The correct answer is:
C.(intercellular)
I took the test, hope this helps!
What do you think image A says about the evolution of these organisms?
Answers
Answer:
The limbs shown in image A indicate that the organisms likely had a common ancestor, which is why they have a similar bone structure.
Explanation:
Plato
Answer: The limbs shown in image A indicate that the organisms likely had a common ancestor, which is why they have a similar bone structure.
Explanation: Edmentum Aswer
List all organelles that are found suspended or cushioned in the cytoplasm of an animal cell. There are 15 total
I already have Golgi apparatus,Vacuoles, lysosomes, chloroplasts, endoplasmic reticulum, mitochondria
what are the others
Answers
Answer:
The organelles in an animal cell are as follows:
cell membrane, nucleus, nucleolus, nuclear membrane, cytosol, smooth endoplasmic reticulum, rough endoplasmic reticulum, Golgi apparatus, ribosomes, mitochondria, centrosome, cytoskeleton, vacuoles, vesicles, and lysosomes.
Explanation:
An animal cell is a typical example of an eukaryotic cell i.e a cell that contains a membrane-bound nucleus. In the cell are certain structures that performs specific functions in the cell called ORGANELLES. The organelles, according to this question, are found suspended or cushioned in the cytoplasm of the animal cell.
A list of the organelles in the cytoplasm (part of the cell that excludes the nucleus) of an animal cell are as follows:
- cell membrane
- nucleus
- nucleolus
- nuclear membrane
- cytosol
- smooth endoplasmic reticulum
- rough endoplasmic reticulum
- Golgi apparatus
- ribosomes
- mitochondria
- centrosome
- cytoskeleton
- vacuoles
- vesicles
- lysosomes
applying Science and Mathematics to solve real-world problems is called
Answers
Answer:
Applied mathematics
Explanation:
Answer:applied mathematics
Explanation:
Mutations can occur in the chromosomes of all types of cells. Mutations that are passed on to offspring must occur in what?
Answers
Answer:
Gametes
Explanation:
Plants; symbiosis
9
Which of the following types of organisms perform photosynthesis? * IS
A producer
A primary consumer
A herbivore
A detritivore
Answers
Answer: I think it's herbivore
Explanation:
Epinephrine is a hormone that regulates cellular energy metabolism to break down glycogen into glucose. The signal transduction pathway involves the production of cAMP. If caffeine blocks the activity of cAMP, what would happen to the signal transduction pathway?
The signaling pathway will amplify and produce more glucose.
The signaling pathway will conform to bind to the receptor cells.
The downstream components will be altered and ultimately affect production of glucose.
The downstream components will function normally.
Answers
Answer: The downstream components will be altered and ultimately affect production of glucose.
Explanation: Epinephrine is a hormone that belongs to a class of biomolecules called catecholamines. When it reaches the target cell it binds to a receptor that is connected to an enzyme called adenylate cyclase that converts ATP into cAMP(cyclic adenosine monophosphate). cAMP plays an important role in the phosphorylation of proteins which alters their activity. In this case the activity of the enzyme that hydrolyses glycogen to glucose. When caffeine blocks the activity of cAMP it ultimately inhibits the action of the downstream components.
If caffeine blocks the activity of cAMP, then in the signal transduction pathway the downstream components will be altered and ultimately affect the production of glucose. Thus, the correct option is C.
What is Epinephrine?
Epinephrine is also known as adrenaline. It is a hormone which belongs to a class of biomolecules called catecholamines. When this hormone reaches the target cell it binds to a receptor present on the cell that is connected to an enzyme called the adenylate cyclase which converts ATP into cAMP (cyclic adenosine monophosphate).
cAMP plays an important role in the phosphorylation of proteins in the cell which alters their activity. In this case, the activity of the enzyme that hydrolyses glycogen to glucose. When caffeine blocks the activity of cAMP, it ultimately inhibits the action of the downstream components involved in the signaling pathway.
Therefore, the correct option is C.
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If smooth endoplasmic reticulum is damaged in liver cells, what happens?
Answers
Answer:
The cells will begin to die off due to scarcity of proteins
Explanation:
The _____ is the law that limits the use and abuse of addictive drugs.
Answers
Answer:
controlled substance act
Explanation:
got it right on edg
Which best explains how nutrients, salt, sediment and pollutants get into estuaries and oceans?
A. from rivers and streams flowing into estuaries and oceans
B. from organisms living and dying in estuaries and oceans
C. from asteroids and comets impacting Earth at estuaries and oceans
D. from precipitation falling over the estuaries and oceans
Answers
Rivers take nutrients, salts, sediments, and pollutants from their source at high altitudes, to estuaries and oceans, where they end. The correct option is A. from rivers and streams flowing into estuaries and oceans.
-----------------------------
A river is composed of three main courses:
The highest course ⇒ near the source.
The medium course
There is a low slope. There is a decrease in the speed of the waters, the erosive effect, and the dragging capacity. The flow increases due to the contribution of tributaries. The valley widens.The low course
It is near the mouth, where the slope is low, and the river speed decreases notoriously. There are wider valleys -plains- and wide meanders. The most characteristic feature of this part of the river is the deposit of the last materials that have been uprooted and transported in the previous phases. Hight sedimentation degree.So, from their source at different latitudes and altitudes, rivers go through different states and, as they do so, they carry with their wildlife, sediments, suspended elements, available nutrients, and dissolved oxygen, among others.
As streams pass near farmlands, cities, factories, they also carry pollutant elements, such as chemicals, microbeads, plastics, etcetera.
These elements characterize by their durability in time and resistance, which means that once in the river, they end up in the oceans, where they remain for centuries.
According to this explanation, the option that best explains how nutrients, salt, sediment and pollutants get into estuaries and oceans is option A. from rivers and streams flowing into estuaries and oceans.
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James Watt compared measurement of power produced by engines to
The amount of power a horse used to pump water.
The amount of energy a horse used to pump water.
The amount of force a horse used to pump water.
The amount of work a horse used to pump water.
Answers
Answer:
Answer option C: The amount of force a horse used to pump water.
Explanation:
Should be your answer.
Which statement describes all primary producers?
Answers
Answer:
All harness the energy of sunlight through the process of photosynthesis. All take in energy to assemble energy-rich compounds. All are small, single-celled
What is natural selection and what are ifs effects on allele frequencies
Answers
A patient is given antihistamines due to an allergic reaction where vascular permeability is increased, causing watery eyes. Which of the following describes how antihistamines affect a signal transduction pathway?
Antihistamines block histamine from binding to the appropriate receptor.
Antihistamines reduce histamine in the blood by binding to and destroying it.
Antihistamines reduce the amount of histamine in the bloodstream by binding to and inactivating histamine.
Antihistamines produce a second messenger that interrupts and reverses the direction of the signaling pathway.
Answers
Answer:
Antihistamines affect a signal transduction pathway by blocking histamine from binding to the appropriate receptor (First option).
Explanation:
Antihistamines are a group of drugs used in allergic reactions mediated by the immune system. Specifically, antihistamines are competitive inhibitors of histamine binding to its specific receptor, the histamine H1 receptor.
Histamine is an inflammatory mediator, being one of the substances of the humoral immune response. It is secreted by mast cells and is responsible for the production of allergic effects, such as nasal congestion, sneezing, skin rash, and red, watery eyes. Antihistamines block histamine from binding to the appropriate receptor, preventing these effects.
The other options are not correct, because they do not correspond to the effects of antihistamines, that is, it does not bind to histamine, destroy it or render it inactive..
the statement about various theories on the origin violence
Answers
Answer:
the theory of evolution, the cell theory, germ theory
Explanation:
because he has true evidence
Which dam is considered the largest because of the number of turbines and its hydroelectric capacity?
Answers
Answer:
Shasta dam
Explanation:
do you mind helping me on my recent question?
Characteristics of the plasma membrane include which of the following? Select all that apply.
Answers
A gamete carries one allele for a gene.
Answer: amino acids and carbon dioxide
Explanation:
Carbon dioxide is used by plants for why
Answers
Answer: they use carbon dioxide to help them grow.
Explanation:
Answer:
In a process called “photosynthesis,” plants use the energy in sunlight to convert CO2 and water to sugar and oxygen. The plants use the sugar for food—food that we use, too, when we eat plants or animals that have eaten plants — and they release the oxygen into the atmosphere.
What would happen to the concentrations of ATP, NADPH and Sugars if PSII stopped working? Would it decrease, increase or stay the same? (Urgent!)
ATP
NADPH
Sugars
Answers
3. The diagram below illustrates which type of
asexual reproduction?
Answers
Answer:
Fragmentation
Explanation:
In one type of dog, black spots (B) are dominant over brown spots (b) and long tails (L) are dominant over short tails (l). Use the dihybrid cross for parents with the genotypes BBLl and BbLl and determine the likelihood of offspring with the phenotype of brown spots and short tails.
BL Bl BL Bl
BL BBLL BBLl BBLL BBLl
Bl BBLl BBll BBLl BBll
bL BbLL BbLl BbLL BbLl
bl BbLl Bbll BbLl Bbll
A: 0%
B: 10%
C: 20%
D: 50%
Answers
0%chance of getting the phenotype of brown spots and short tails.
It is given that
a) black spots (B) are dominant over brown spots (b)
b) long tails (L) are dominant over short tails (l)
Thus, the offspring with genotype "bb" will be of brown color as b is a recessive trait.
Also, offspring with genotype "ll" will have short tail as short tail is a recessive trait.
Thus, in the given punnet square genotype representing brown color and short tail together are - zero
So as I said A is going to be your answer 0%.
Hope this helps!!:) and please mark brainliest thank you and have a nice day!!
Answer:
A. 0%
Explanation:
took the test
Question 1 of 10
Why are data tables used in a controlled experiment?
A. To list all of the materials needed for an experiment
B. To help a scientist look busy in case someone walks by
C. To help organize data and record information
D. To impress other scientists
SUBMIT
Answers
Answer:
To help organize data and record information
Whose passion for finding fossils led to his being credited with discovering the first dinosaur?
A) Richard Owen
B) Charles Lyell
C) George Cuvier
D) Gideon Mantell
Answers
What are the two types of ions and how do they differ?
Answers
Answer:
Cautions and anion
Explanation:A positively charged ion is known as cation. A cation is formed by the loss of one or more electrons by an atom. The ions of all the metal elements are cations. A negatively charged ion is known as anion.
T or F Greenhouse gases trap heat and raise the atmosphere's average temperature
Answers
How do intracellular communication and intercellular communication differ?
a. Intercellular communication involves moving a molecule within a cell.
b. Intracellular communication in within a single cell
c. Intercellular communication involves passing an electrical charge through plasmodesmata.
d. Intracellular communication occurs between two different cells.
Answers
Answer:
The correct answer is B
Answer:
B
Explanation:
Which statement describes what occurs in both plant and animal cells?
A. Nitrogen is used for respiration and oxygen is a waste product
B. Oxygen is used for respiration and carbon dioxide is a waste product
C. Nitrogen is used for respiration and carbon dioxide is a waste product
D. Carbon dioxide is needed for respiration and oxygen is a waste product
