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Elodia [21]
2 years ago
10

Create a model in the space below that demonstrates how action potentials ensue. A sample model can be found under the Unit Pack

et tab on Bb. Start off by placing the items provided in the word bank into boxes. Upon filling in the boxes with the appropriate terms, represent the physiological relationships between them by drawing in arrows to connect the terms. Finally, label your arrows with verbs of your choice to describe their relationship. An example is provided to help you get started. You are allowed to use terms more than once. (Note: V-G = voltage gated)
Word Bank
Stimulate/ initiates
Term A Term B
Depolarization
Repolarization
Hyperpolarization
Resting membrane potential
Relative refractory period
Absolute refractory period
-55
+30
V-G Na* channels
V-G K* channels
Na+/K+ pump
Na+
K+
Physics
1 answer:
Pepsi [2]2 years ago
8 0

Answer:

K+NA+30

Explanation:

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Based on the graph, describe how momentum changes with time for an object in free fall. If you can help, I would be so grateful.
pochemuha
With time, momentum increases as it builds speed assuming their is nothing in the way to stop it. Based on the graph, you can see that example being displayed as the line on the graph gets higher
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3 years ago
Which instrument is not used to measure air pressure
Virty [35]
It would be b. anemometer. it measures the speed of wind or any current of gas.
5 0
3 years ago
What are the first three overtones of a bassoon that has a fundamental frequency of 90.0 Hz? It is open at both ends. (The overt
vekshin1

Answer:

f_{2}=180Hz,f_{3}=270Hz,f_{4}=360Hz\\

Explanation:

Given data

Frequency f=90 Hz

To find

First three overtones of bassoon

Solution

The fundamental frequency of bassoon is found by substituting n=1 in below equation

f=v/λ=nv/2L

f_{1}=v/2L

The first overtone of bassoon is found by substituting n=2

So

f_{2}=2v/2L\\f_{2}=2(v/2L)\\as \\f_{1}=v/2L\\So\\f_{2}=2f_{1}\\f_{2}=2(90Hz)\\f_{2}=180Hz

The second overtone of bassoon is found by substituting n=3

So

f_{3}=3v/2L\\f_{3}=3(v/2L)\\as \\f_{1}=v/2L\\So\\f_{3}=3f_{1}\\f_{3}=3(90Hz)\\f_{3}=270Hz

The third overtone of bassoon is found by substituting n=4

So

f_{4}=4v/2L\\f_{4}=4(v/2L)\\as \\f_{1}=v/2L\\So\\f_{4}=4f_{1}\\f_{4}=4(90Hz)\\f_{4}=360Hz

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3 years ago
What is NOT an example of Refraction. Remember to not give me an example.
MAXImum [283]

There is reflection if that might work

7 0
3 years ago
During take-off a 8kg model rocket is burning fuel causing its speed to increase
77julia77 [94]

The strength of the thrust is 122 newtons.

The motion of the rocket is described by the second Newton's law, whose model is shown below:

\Sigma F = F - D = m\cdot a (1)

Where:

  • F - Thrust, in newtons
  • D - Drag, in newtons
  • m - Mass of the rocket, in kilograms
  • a - Net acceleration of the rocket, in meters per square second

If we know that D = 90\,N, m = 8\,kg and a = 4\,\frac{m}{s^{2}}, then the strength of the thrust is:

F = D + m\cdot a

F = 90\,N + (8\,kg)\cdot \left(4\,\frac{m}{s^{2}} \right)

F = 122\,N

The strength of the thrust is 122 newtons.

To learn more on Newton's laws, we kindly invite to check this verified question: brainly.com/question/13678295

4 0
2 years ago
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