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The Differential Equation EI(4) - Ky = 0, Where E

Question 12

Multiple Choice

The differential equation EI(4) - ky = 0, where E, I, and k are positive constants, arises when modeling vibrating beams. What is the general solution of this equation?


A) The differential equation EI<sup>(4) </sup> - ky = 0, where E, I, and k are positive constants, arises when modeling vibrating beams. What is the general solution of this equation? A) B) C) D)
B) The differential equation EI<sup>(4) </sup> - ky = 0, where E, I, and k are positive constants, arises when modeling vibrating beams. What is the general solution of this equation? A) B) C) D)
C) The differential equation EI<sup>(4) </sup> - ky = 0, where E, I, and k are positive constants, arises when modeling vibrating beams. What is the general solution of this equation? A) B) C) D)
D) The differential equation EI<sup>(4) </sup> - ky = 0, where E, I, and k are positive constants, arises when modeling vibrating beams. What is the general solution of this equation? A) B) C) D)

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