Answered: Which type of neuronal pool uses nerve… | bartleby

Related questions

Question

Which type of neuronal pool uses nerve impulse feedback to
repeatedly stimulate the circuit?
a. converging circuit
b. diverging circuit
c. reverberating circuit
d. parallel-after-discharge circuit

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

CIRCUIT 2 ww ww R, = In R2 = 21 R -32 12V Rs = 52 Rg =4.0
A. Three resistors with resistances of 9 Ω, 18 Ω, and 30 Ω are in a series circuit with a 12 volt battery. What is the total resistance of the resistors in the circuit? B. What is the current flow through the resistors in #7 above? C. What is the total power of three 10 ohm bulbs when they are connected in a 12 volt series circuit?
3. Suppose that resistor A has a resistance of 15 Q. and that it exists in a circuit with a battery (B) that has an emf of 120 V. What is the approximate current in the circuit at the point just after the parallel branches rejain? A) 3 amperes 8) 4 amperes C) 8 amperes D) 40 amperes
2. To explore resistors in series and parallel, we will use a virtual lab for DC circuits. Open your web browser and go to the following site: https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction- kit-dc_en.html (a) Construct a circuit with resistors (or light bulbs) in series and record current and voltage. How does the current through the resistor (or the bulb) in a single-resistor circuit with the current through the same resistor when it is connected in compare series with a second resistor? (b) Now construct a circuit with resistors (or light bulbs) in parallel and record current and voltage. Compare the current through the battery in the series circuit with the current through the battery in the parallel circuit. Is it lower, the same, or higher?
a. Bulb A remains the same because the voltage and current to it will be the same as before. b. Bulb A will glow brighter than before because adding another bulb in parallel will give greater current to bulb A, therefore greater brightness. c. Bulb A will glow lesser because adding another bulb in parallel will give lesser current to Bulb A, therefore lesser brightness. d. Either C or D e. Either B or C 2.In series circuit electrons in the current when comes to second bulb after passing through the first, have A. more energy B. No answer C. less power D. more power E. less energy
Suppose you have four bulbs in a series circuit. If you were to add five more bulbs in series with these four, what would happen to the brightness of the bulbs? A.The bulbs would no longer glow.B.The bulbs would grow dimmer.C.The bulbs would grow brighter.D.The brightness would not change.
1. Explain how AC and DC current are different in your own words. Give an example of when you might encounter each type of current. 2. You find that there is too much resistance in a circuit to light up your LED's when you put them in a row, so you decide to hook them up in parallel. Why do they now light up and what possible danger is there now?
Mehul
Which is not true for resistors? a. controls the flow of electrical current. b. resistance is it's property. c. Resistors are dangerous and cannot be dispose into trash. d. Resistor has two terminals across which X electricity must pass.
three light bulbs with an internal resistance of 1ohm each are wired first in series and then in parallel. each time they are connected to a 12v battery. which of teh following statement is true a. the equivalent resistance of the circuit will be greater when they are wired in parallel. b. the current through each light bulb will be greater when they are wired in parallel c. the voltage drop across each resistor will be greater when they are wired in series d. the light bulb will burn brighter when they are wired in series
In an RC circuit, if we change the resistance to one with a higher value, we would expect that: A. The area under the curve changes B. Capacitor discharges faster C. The capacitor takes longer to achieve Q max D. Change the Vc voltage when the capacitor charges