A spring mass simple harmonic motion lab used a 10 N/m spring and a 0.1 kg mass. The mass position x(t) was of interest. A technician received a request to build a LC circuit such that the Q(t) would behave the same as the x(t) in time and the technician received a 0.5 Henry inductor. Which of the following statement must be correct? 1. None of the given choices 2. The LC circuit belongs to the topic of electricity and magnetism and therefore the Q(t) cannot resemble the mechanical spring mass system x(t) 3. The technician used the formula of k/m = 1/LC and selected the correct capacitance and built the requested circuit 4. The technician used the formula of k/m = C/L and selected the correct capacitance and built the requested circuit
A spring mass simple harmonic motion lab used a 10 N/m spring and a 0.1 kg mass. The mass position x(t) was of interest. A technician received a request to build a LC circuit such that the Q(t) would behave the same as the x(t) in time and the technician received a 0.5 Henry inductor. Which of the following statement must be correct? 1. None of the given choices 2. The LC circuit belongs to the topic of electricity and magnetism and therefore the Q(t) cannot resemble the mechanical spring mass system x(t) 3. The technician used the formula of k/m = 1/LC and selected the correct capacitance and built the requested circuit 4. The technician used the formula of k/m = C/L and selected the correct capacitance and built the requested circuit
A spring mass simple harmonic motion lab used a 10 N/m spring and a 0.1 kg mass. The mass position x(t) was of interest. A technician received a request to build a LC circuit such that the Q(t) would behave the same as the x(t) in time and the technician received a 0.5 Henry inductor. Which of the following statement must be correct? 1. None of the given choices 2. The LC circuit belongs to the topic of electricity and magnetism and therefore the Q(t) cannot resemble the mechanical spring mass system x(t) 3. The technician used the formula of k/m = 1/LC and selected the correct capacitance and built the requested circuit 4. The technician used the formula of k/m = C/L and selected the correct capacitance and built the requested circuit
A spring mass simple harmonic motion lab used a 10 N/m spring and a 0.1 kg mass. The mass position x(t) was of interest. A technician received a request to build a LC circuit such that the Q(t) would behave the same as the x(t) in time and the technician received a 0.5 Henry inductor. Which of the following statement must be correct?
1.
None of the given choices
2.
The LC circuit belongs to the topic of electricity and magnetism and therefore the Q(t) cannot resemble the mechanical spring mass system x(t)
3.
The technician used the formula of k/m = 1/LC and selected the correct capacitance and built the requested circuit
4.
The technician used the formula of k/m = C/L and selected the correct capacitance and built the requested circuit
Definition Definition Special type of oscillation where the force of restoration is directly proportional to the displacement of the object from its mean or initial position. If an object is in motion such that the acceleration of the object is directly proportional to its displacement (which helps the moving object return to its resting position) then the object is said to undergo a simple harmonic motion. An object undergoing SHM always moves like a wave.
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