Which curve would most likely represent the behavior of the receptor once it has been activated by its signal molecule?

Answers

Answer 1

Answer:

slow rising check mark curve

Explanation:


Related Questions

An individual receives a knife wound to the axillary region. The nerve plexus most likely to be damaged is the.

Answers

Answer:

The brachial plexus is most likely to be damaged.

Reverse genetics can be useful for: Question 4 options: Determining the function of a gene Forensic analysis Cloning desirable animals Amplifying gene sequences

Answers

The molecular biology technique of reverse genetics can be useful for determining the function of a gene.

What is reverse genetics?

Reverse genetics is method use in molecular biology to determine gene function in an organism

The procedure in reverse genetics involves modifying or certain nucleotide sequences in the DNA coding for a functional gene and then observing changes to the phenotype of the organism brought about by the modifications.

Therefore, reverse genetics can be useful for determining the function of a gene.

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Which earthquake will cause more damage: an earthquake of magnitude 5 or 7?​

Answers

Answer:

Magnitude 7 can cause more damage

06

Some students investigated the effect of drinking caffeine on reaction time.

They used a drink containing 32. 25 mg of caffeine per 100 cm

This is the method used.

1. Divide the students into four groups, A, B, C and D.

2. Measure and record the reaction time of each student using the ruler-drop test.

3. Students in:

• group A drink 200 cm of water

• group B drink 200 cm of the caffeine drink

• group C drink 400 cm of the caffeine drink

• group D drink 600 cm of the caffeine drink.

4. Repeat step 2 after 15 minutes.

0

6

1

Describe how to do the ruler-drop test.

[3 marks]

Answers

Answer:

I would say b let me know if I was wrong sorry

How does the contractile vacuole in a single-celled organism function to maintain homeostasis?
It pumps water into the cell.
It pumps water out of the cell.
It pumps solutes into the cell.
It pumps solutes out of the cell.

Answers

B. It pumps water out of the cell

Hope this helps :))

Answer:

B

Explanation:

B

PLEASEEEE HELP, I REALLY REALLY NEED HELP
THANK YOU
Researchers in Tokyo recently discovered that a layer of dead bacteria can protect living bacteria beneath it for up to eight years. These bacteria beneath the protective layer of dead cells are resistant to radiation, desiccation, and lack of nutrition. These protected cells can even travel long distances in a vacuum without being killed. What idea for the origin of life is BEST supported by the description here? A) panspermia B) abiogenesis C) primordial soup formation D) formation of life at hydrothermal vent locations

Answers

b) abiogenesis

Explanation:

abiogenesis, the idea that life arose from nonlife more than 3.5 billion years ago on Earth. Abiogenesis proposes that the first life-forms generated were very simple and through a gradual process became increasingly complex.

A scientist uses materials in her lab to separate DNA fragments by size. What process is she using?

Answers

Answer:

Gel electrophoresis is the technique she is using

Explanation:

Answer:

I may be wrong

Explanation:

it is le

What happens after mRNA
leaves the nucleus?
A. It is used to protect the cell membrane.
B. Its sequence is decoded by the Golgi body.
C. Its sequence is decoded by tRNA.
D. It is used to produce ATP in the
mitochondria.

Answers

A. It is used to protect the cell membrane

Use the drop-down menus to identify the role of each organism in the food chain. in alaska, salmon feed on tiny plants called phytoplankton. during late summer, salmon gather in rivers to reproduce. grizzly bears visit these rivers to feed on the large number of salmon. phytoplankton are . both the salmon and the grizzly bears are . grizzly bears are .

Answers

The role of each organism in the food chain are

Phytoplankton ---Autotrophs Salmon---- consumersGrizzly bears ----consumers

What is the food chain?

Generally, A food chain is simply defined as a network of creatures in the Environment that passes nutrients and energy from one organism consumes to another.

In conclusion, Naturally, Phytoplankton is a microscopic algae Autotrophs while Salmon and grizzly bears are both endangered species who are both consumers and Grizzly bears are also secondary consumers.

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Answer:

Phytoplankton are autotophs

Both the salmon and the grizzly bears are consumers

Grizzly bears are sedondary consumers

Explanation:

Why is it beneficial to plants that soil particles have negatively-charged surfaces?.

Answers

Answer:

Why is it beneficial to plants that soil particles have negatively-charged surfaces? Negatively-charged ions are pushed towards the roots. They attract positively-charged ions and prevent them from being washed deep into the soil.

Explanation:

hope this helps

Identify a signal the brain sends out after the nervous system sends the signal that pH has dropped.

Answers

In response to a notification of a decrease in blood pH by the nervous system, the brain sends signals to the external intercostal muscles and the diaphragm.

What is blood pH?

Blood pH can be defined as a measure of the molar concentration of hydrogen ions that are present in the blood of a living organism, with respect to its acidity, neutrality or alkanlity (basicity).

In response to a notification of a decrease in blood pH by the nervous system, the brain would send signals (impulses) to the external intercostal muscles and the diaphragm through its respiratory center, so as to help the living organism increase its breathing rate and the volume of its lungs during inhalation.

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If mendel had crossed a true breeding dominant plant with a true breeding recessive plant, in which of the three generations is the recessive trait visible? f1 generation only p generation only f1 generation and f2 generation p generation and f2 generation

Answers

After the crossing, the recessive trait is visible in the p generation and f2 generation.

What is genetics?

The term genetics has to do with the science of inheritance. It is the study of patterns of inheritance. True breeding organisms are hom-ozygous.

Hence, when  a true breeding dominant plant is crossed with a true breeding recessive plant, the recessive trait is visible in the p generation and f2 generation.

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Answer:

it’s D

Explanation:

the P generation (parent generation) and the f2 generation are the ones that have it visible, the f1 generation doesn’t

ur welcome:)

During fermentation, yeast break down pyruvate into ____________ and acetaldehyde, and ____________ is regenerated to keep glycolysis running and producing a small amount of ATP.

Answers

During fermentation , yeast break down pyruvate into ethanol and Nicotinamide adenine dinucleotide(NADH) is

regenerated to keep glycolysis running and producing a small amount of ATP.

What is fermentation?

Fermentation is the process whereby glucose or carbohydrates are break down into alcohol in the presence of an enzymes or yeast. and in the absence of oxygen. Two molecules is involved in fermentation.

Therefore, During fermentation , yeast break down pyruvate into ethanol and Nicotinamide adenine dinucleotide(NADH) is regenerated to keep glycolysis running and producing a small amount of ATP

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If there were no lynx controlling the snowshoe hare population, what would eventually happen to the population of the snowshoe hares and the grasses that the snowshoe hares eat?

Answers

Answer:

The snowshoe hare population would grow and then go down

Explanation:

This is because they will have less or no predators so that contributes to the population growth. Eventually the population will be so big, that there will be less of the grass left for the whole population because it is so big.

Answer: yes

Explanation: uhh cause hare

PLEASE HELP WILL GIVE BRANLIEST!

A. all
b. none
c. theee-fourths
d. half

Answers

Answer:

D

Explanation:

Define cancer in terms of the cell cycle. A. cells display contact inhibition B. cell division stops C. cell division occurs repeatedly without control

Answers

A. Cells display contact inhibition

Which property refers to how a mineral reflects light? density hardness luster streak

Answers

Answer:

Luster is how a mineral reflects light.

Explanation:

Answer:

Luster is correct

Explanation:

Got it right on Edge

Based on information from the periodic table, what does this image
represent?

Answers

beryllium. The image represents beryllium.

What is a control and an experimental group in an experiment? What is the purpose of each?

Answers

Answer:

A control group is basically have 2. The control however doesnt get experimented with. It's basically only there so that you can clearly see the reaction. The experimental group is what you're doing the experiments on.

Explanation:

Infants have a fixed stroke volume. What does this mean for how infants will control their cardiac output?

Answers

Answer:

Infants are able to regulate cardiac output by changing the stroke volume to a greater extent than presumed, at least when cardiac output is influenced by changes in the mean airway pressure.

Explanation:

Reading Focus Question:
Which parts of the biodome
contain carbon?

Answers

Answer:

The parts of the biodome that contain carbon are known as the biosphere.


Explanation:

•This is because a biodome is a form of a scientific model that is established to illustrate or simulate a certain environment, including the area which contains both living things and nonliving things while observing their interaction.

•Both plants and humans are in biospheres, and they both make use of carbon dioxide to function for photosynthesis and respiration.
Hence, The parts of the biodome that contain carbon are known as the biosphere.

ANSWER FOR POINTS AND BRAINLIEST PLEASEEEE

Which of the following describes a way to reduce the activities that generate solid waste?
1. Compost food instead of throwing it in the garbage.
II. Buy reusable items that won't break easily.
III. Buy products made from new materials.

1. I only
2. II only
3. I and II
4. I, II, and III

Answers

Answer:

3:1 and 2.

Explanation:

Energy and nutrients from food that has been turned into compost can be used by plants to grow. Using reusable items that won't break easily prevents you from throwing it away cause what's the point. If it ain't broke why throw it away.

Activities that reduce solid waste are composting food instead of throwing it in the garbage. Hence, option C is correct.

How can solid waste be reduced?

Solid waste can be reduced through various measures, some of which are:

Reduce, Reuse, and Recycle: The three Rs of waste reduction can help in reducing the amount of solid waste generated. By reducing the consumption of products, reusing items, and recycling materials, less waste is sent to landfills.

Composting: Organic waste such as food scraps, yard waste, and paper products can be composted to produce nutrient-rich soil for gardening.

Avoiding single-use items: Single-use items such as plastic bags, straws, and disposable cups can be avoided by using reusable alternatives.

Buying in bulk: Buying products in bulk can help reduce packaging waste.

Donating items: Items that are still in good condition but are no longer needed can be donated to local charities or thrift stores. Hence, option C is correct.

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ANSWER ALL THE QUESTIONS FOR BRAINLIEST

How long ago did the common ancestor of all the organisms on this phylogenetic tree exist?

b. Which two lines diverged 30 million years ago?

c. List all modern descendants of the organism that was alive at the point indicated by the asterisk.

According to Model 1, when did the Giant Panda line diverge from the line that led to modern
bears?

According to Model 1, what animal shares the most recent common ancestor with the Brown
Bear?

In a complete sentence, describe what the branch points and lines in a phylogenetic tree
represent.

Which of the two branches from the common ancestor in Model 1 has the most living
descendants?

6. According to the phylogenetic tree in Model 1, the Red Panda is most closely related to which
animal?

7. Which are more closely related, the Giant Panda and the Red Panda or the Giant Panda and the
Polar Bear? Justify your answer using grammatically correct sentences.

Answers

The phylogenetic tree shows the evolutionary relationship between bears and pandas

What is a phylogenetic tree?

A phylogenetic tree is a diagrmmatic representation of evolutionary relationships in a tree form where branches represent diversification of species.

From the phylogenetic tree shown:

the common ancestor of all the organisms on this phylogenetic tree existed 40 million years ago the two lines diverged 30 million years ago is the raccoons and red panda and the bears and Model 20The spectacled bear, sloth bear and sun bear were alive at the point indicated the Giant Panda line diverged from the line that led to modern bears 20 million years agothe polar bear shares the most recent common ancestor with the BrownBearThe branch points in represents the divergence points and the lines represent timelines The branch having the bears and giant panda has the most livingdescendantsThe red panda is most closely related to the raccoons The giant panda and polar bear are most closely related

Therefore, the phylogenetic tree shows the evolutionary relationship between bears and pandas.

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Which restriction endonucleases would cleave a dna molecule at the given sequences? the complementary dna substrate strand is omitted for clarity.

Answers

The types of restriction endonucleases that would cleave a DNA molecule at the given sequences are type I and type II restriction endonucleases.

What do you mean by Restriction endonucleases?

Restriction endonucleases may be defined as a protein constructed by bacteria that cleaves DNA at specific sites along the molecule.

Among the type I and type II restriction endonucleases, type II restriction endonuclease cuts the DNA molecules more efficiently and is widely used for the same procedure as compared to type I restriction endonucleases.

Some of the examples of type II restriction endonucleases include EcoRI, HindIII, BamHI, etc.

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Can you guys see if you can do this? Link attached

Answers

Answer:

It's PDF

Explanation:

What is that?

hmm what subject?

Hello people ~
Seed formation without fertilization in flowering plants involves the process of

a) Apomixis

b) Somatic hybridization

c) Budding

d) Sporulation

Answers

Explanation:

[tex]\longmapsto\: \purple{ \underline{ \boxed{\frak{ hell o \: mate }}}}[/tex]

Seed formation without fertilization in flowering plants involves the process of ---

A) APOMIXIS

Which of the following soil samples is the most porous?

will give brainliest :)

Answers

Answer:

Third option

Explanation:

the gaps are bigger

Hope it Helps

A fluid-filled sac in or around a testis is known as a ____.

Answers

Scrotal sac .. hope that helps:))

According to the evolutionary theory of aging, natural selection has not eliminated many harmful conditions and nonadaptive characteristics in older adults because natural selection Multiple choice question.

Answers

According to evolutionary theory ,natural selection is linked to reproductive fitness, which is present only in the earlier part of adulthood.

What is evolutionary theory of aging?

Evolutionary theory of aging is a theory that state the reason there is increase in mortality with age. As person grow older, less lifetime fertility remains, Therefore, continued survival lead to a reduced. reproductive fitness.

Therefore, According to evolutionary theory ,natural selection is linked to reproductive fitness, which is present only in the earlier part of adulthood.

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i'll give you 50 points Homeostatic mechanisms work continuously to maintain stable conditions in the human body. Using the model provided, explain how feedback mechanisms maintain blood sugar levels. Choose ALL Three that apply.

When blood sugar levels are too low, glucose is released from glycogen where it's stored.
This is an example of a negative feedback mechanism because the initial stimulus is reversed.
This is an example of a positive feedback mechanism because the initial stimulus is enhanced.
When blood sugar levels are too high, the pancreas releases insulin to store excess glucose as glycogen.
When blood sugar levels are too high, the pancreas releases insulin to store excess glucose as glucagon.

Answers

Answer:

I think it’s these 3 based off my current knowledge and the internet

When blood sugar levels are too low, glucose is released from glycogen where it's stored. 

When blood sugar levels are too high, the pancreas releases insulin to store excess glucose as glucagon.

This is an example of a negative feedback mechanism because the initial stimulus is reversed. 

Explanation:

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Answer: The Answer is negative feedback because i just got it write on my online SG

Explanation:

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