A nerve signal is like a wave. how does this work?

Answers

Answer 1
Answer: answer is:  A wave of reversal of the negative electrical potential inside the cell passes along the axon with ions moving in and out of the axon.
Answer 2
Answer: your nerves are connected to your brain

Related Questions

What change takes place in a wave when the frequency of the wave increases? A.fewer wavelengths pass a given point per second B.no change occurs in the number of wavelengths that pass a given point per second C.a greater number of wavelengths pass a given point per second D.the number of wavelengths that pass a given point per second doubles
Which two objects have stored energy? A) a ball rolling on the groundB) a small rock sitting on top of a big rock C) a stretched rubber band D) a stone lying on the ground
How many lbs are there in 75.0 kg
Suppose you hit a 0.058-kg tennis ball so that the ball then moves with an acceleration of 10 m/s2. if you were to hit a basketball of mass 0.58 kg with the same force, what would the acceleration a of the basketball be? *graph is 4/x if that helps.
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What happens when a wave reflects?a. They are absorbed by the object they hit.
b. They travel through the object they hit.
c. They bend when they hit the medium.
d. They bounce off the object they hit.

Answers

they bounce off just like sun rays when they heat the atmosphere they bounce off reflection

Can someone help what are the common branches of physics

Answers

Answer: Dear Buddy ,the common brnches os physics are given below:

Explanation:

Mechanics

Classical physics

Modern physics

Thermodynamics

Electricity

Magnetism

Geo physics

Plasma physics

Optics

Sound and oscillation

Electronics

Chemical physics

Engineering physics

Solid state physics

Quantum physics

Nuclear physics

Particle physics

Bio physics

Astrophysics

Condensed matter physics

hope it helps

Answer:

Engineering is one of branches that uses physics mainly the most

Explanation:

as for engineering requires mathematics and physics principles in their everyday routine to calculate and measure accordingly to manufactur a product.

A bulldozer does a work of 50,000 Joules to move a boulder through a distance of 15m. how much force is applied to move the boulder​

Answers

Answer:

Force applied by bull dozer is 3333.33 joules.

Explanation:

A charge of 90 C passes through a wire in 1 hour 15 minutes . what is the current in the wire

Answers

We calculate current from the formula:
I= (q)/(t) , where q is a electric charge transferred over time t 
Time should be converted to seconds:
1h 15 min= 75min= 4500s
I=(90C)/(4500s)=0,02A Result is in unit-Ampere
Current = C / seconds.

1 hour = 3600 seconds
15 minutes = 900 seconds

1 hour 15 minutes = 4500 seconds

90 C / 4500 sec = 0.02 amperes = 20 milliamperes

Strong solar winds blew dust and gas out of the solar system during which phase of the development of the Sun?

Answers

The choices can be found elsewhere and as follows:

a. Alpha Centauri 
c. T-tauri 
b. The Big Bang 
d. Nebular

I believe the correct answer from the choices listed above is option D. Strong solar winds blew dust and gas out of the solar system during Nebular phase. This seems to be the most logical option from the choices. Hope this helps. Have a nice day.

its T-tauri on Edge nuity

When discussing discordant and harmonious sound waves, which statement is false? A. Both types of waves are the result of component waves with different frequencies. B. Knowing the frequencies of the original waves is useful in determining if the result will be discordant or harmonious. C. Low ratios of the frequencies of the original and resultant waves indicate discordant waves. D. If the original waves combine to form irregular displacements of air, the sound will be discordant.

Answers

Correct answer choice is :


C) Low ratios of the frequencies of the original and resultant waves indicate discordant waves.


Explanation:


The sound is created when something vibrates. The vibrating body makes the means around it to vibrate. Vibrations in the air are described going longitudinal waves, which we can hear. Sound waves consist of regions of high and low pressure named compressions and rarefactions. The left ventricle will ultimately lose as depolarization opens from the right ventricle, but the stay in conduction effects in a wide QRS system. In the appearance of LBBB, the T wave should be discordant or diverted opposite the final deflection of the QRS system.