Standing Waves Exist in a String of Length L That $\lambda$

question 55

Multiple Choice

Standing waves exist in a string of length L that is fixed at one end and free at the other.The speed of the waves on the string is v.The three lowest frequencies of vibration are

• A)v/4L,v/2L,and 3v/4L
• B)v/2L,v/L,and 3v/2L
• C)\(\lambda\)/4,\(\lambda\)/2,and 3\(\lambda\)/4
• D)v/4L,3v/4L,and 5v/4L
• E)\(\lambda\)/3,2\(\lambda\)/3,and 3\(\lambda\)/3

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Definitions:

Long-Run Equilibrium

A state in which all aspects of the market, including supply and demand, are balanced over a sustained period.

Club Meeting

A gathering of members belonging to a specific club aimed at discussing agendas, activities, or other topics of mutual interest.

Attendance

Refers to the measure of presence or participation in prescribed activities or environments.

Number

A number is a mathematical object used to count, measure, and label; fundamental in mathematics for various operations and analyses.