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Lissajous Figures Are Used in the Study of Electrical Circuits

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Lissajous figures are used in the study of electrical circuits to determine the phase difference Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)   between a known voltage Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)   and an unknown voltage Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)   having the same frequency. The voltages are graphed parametrically as Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)   and Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)   . If Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)   is acute, then Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)   where y int is the nonnegative y -intercept and y max is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)   in degrees if Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if   A)    B)    C)    D)    E)

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Definitions:

1,4-Polymerization

A type of polymerization where monomers join together at the 1st and 4th positions, typically seen in the production of certain types of plastics and elastomers.

1,3-Butadiene

A simple conjugated diene with the formula C4H6, used as a monomer in the production of synthetic rubber.

Polymer

Large molecules composed of repeating structural units called monomers, which are bonded together via a process known as polymerization.

Cis-1,4-Polybutadiene

A type of synthetic rubber made from the polymerization of 1,3-butadiene monomers, where the polymer chains have a cis configuration leading to higher elasticity.

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