Complex reaction time involves selecting a specific and correct response from several choices when presented with several different stimuli.
Answer: A
        
                    
             
        
        
        
The resistance (R) of the circuit is 707.1 ohms and the inductance (L) is 0.032 H.
<h3>Resistance of the circuit</h3>
For the phase constant of 45⁰, impedance is equal to the resistance of the circuit.

<h3>Resonant frequency</h3>

<h3>At driven frequency</h3>

<em>solve 1 and 2 together</em>

Learn more about impedance of RLC circuit here: brainly.com/question/372577
 
        
             
        
        
        
Answer:
B. A magnet being moved into or out of the coil 
Explanation:
Faraday law of electromagnetic induction states that when there is change in flux , an emf is produced . Among the given instances , only in case of B , flux is changing . So current will be induced in the coil . We shall see how it takes place .
A wire carrying constant current will produce magnetic flux in nearby coil but there is no change in flux because current as well as position of wire with respect to coil are  not changing  .
Passing of magnetic field through a stationary coil produces flux in the coil but here too there is no change in flux so no current will be induced .
A magnet positioned near a coil creates magnetic flux in the coil but the magnitude of flux remains constant so no change in flux and no creation of induced current . 
 
        
             
        
        
        
When discussing discordant and harmonious sound waves, the
statement that is false is knowing the frequencies of the original waves is
useful in determining if the result will be discordant or harmonious. The
answer is letter B.