I don’t know if this is helpful, but I found this
Answer:
12.99 Hz
Explanation:
Resonance is said to occur in an RLC circuit when maximum current is obtained from the circuit. Hence at resonance; XL=XC and Z=R.
XL= inductive reactance, XC= capacitive reactance, Z= impedance, R= resistance
The resonance frequency is given by;
fo= 1/2π√LC
L= 3×10^-3 H
C= 0.05 F
π= 3.142
Substituting values;
fo= 1/2×3.142√3×10^-3 × 0.05
fo= 12.99 Hz
Therefore the resonance frequency of the RLC circuit is 12.99 Hz
Answer: 
Explanation:
The answer is not among the given options. However, this is a good example of the relation between the energy stored in a capacitor 
and its capacitance 
, which is given by the following equation:
(1)
Where:
is the voltage
is the capacitance in Farads, the value we want to find
Isolating from (1):
(2)
(3)
Finally:
This is the capacitance of the cardiac defibrillator
Answer:
1. Convection (Moving Water)
2. Radiation (Sunlight)
3. Conduction (Direct Contact)
4. Convection or Radiation (Most Likely Convection) (Moving Air/Sunlight)
5. Convection (Moving Air)
6. Radiation (Feeling Heat)
Explanation:
See Above
Answer:
troposphere and stratosphere
