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A$.)$ If the load P $=250$ kN and s $=2\mathrm{.}00$ m$.,$

$11.$ What load P value is needed to produce a zero

moment at the fixed support?

$12.$ If the maximum deflection is to be limited to $10$ mm$,$

what diameter of circular beam is required?

$13.$ If the maximum slope is limited to $0\mathrm{.}20$ degrees, what

diameter of the circular beam is required?

$14.$ If the bending stress at the fixed support is limited to

$40$ MPa, what diameter of circular beam is required?

B$.)$ If the load $P$ is removed and $s=2\mathrm{.}00m,$

$15.$ What will be the maximum deflection?

What will be the maximum slope?

If the maximum deflection is limited to $10$ mm $,$ what

diameter of circular beam is required?

If the maximum slope is limited to $0\mathrm{.}20$ degrees, what

diameter of the circular beam is required?

If the bending stress at the fixed support is limited to

$30$ MPa $,$ what diameter of circular beam is required?

C$.)$ If the load $P=200kN$ and the distance $s=0m,$

What will be the maximum deflection?