In the following cantilevered beam impact configuration pictured in Fig. 1, Determine: 1. The value of the equivalent spring K. 2. The values of the maximum impact force Fmax? for weight heights ranging between h=0 to 5m. 3. Plot the maximum impact force Fmax? as a function of the weight height h. 4. Plot the maximum force Fmax? versus the m solutionspile.com

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In the following cantilevered beam impact configuration pictured in Fig. 1, Determine: 1. The value of the equivalent spring

K

. 2. The values of the maximum impact force

F_{m a x}

for weight heights ranging between

h = 0

to

5 m

. 3. Plot the maximum impact force

F_{m a x}

as a function of the weight height

h

. 4. Plot the maximum force

F_{m a x}

versus the maximum spring displacement

?_{m a x}

when the weight height varies between

h = 0

to

5 m

. 5. Plot the maximum impact force

F_{m a x}

as a function of the

W (0 kg ? m . ? 10 kg)

.,

h = 2 m

The beam has a rectangular cross section area.

E = 70 GPa a = 10 cm b = 2 cm L = 2 m M = 5 kg g = 9.81 m / s^{2}

Fig. 1 - Cantilevered beam Use MATLAB to carry all your calculations in SI system and plots.

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