Find $$the $$force $$in $$each $$cable $$in $$the $$shown $$bridge$.$Span $$is $$

$12$

$$m

$,$

$$each $$segment $$is $$

$4$

$$m

$.$

$$Info: $$Bridge $$self $$weight $$

$-$

$1$

$$ton $$D $$Consider $$Max$.$

$22$

$$people $$crossing $$the $$bridge $$at $$the $$same $$time $$

$$

$$Average $$weight $$of $$each $$person $$

$=$

$100$

$$kg $$g

$=10$ m$/$s $$

$$MAKE $$THREE $$CASE $$STUDY $$DESIGNS $$CHANGING $$THE $$LENGTH $$OF $$THE $$CABLES $$AND $$ANGLES $$OF $$THE $$CABLES$.$MAKE $$A $$DESIGN $$THAT $$WILL $$MAKE $$SURE $$THE $$WEIGHT $$IS $$NOT $$JUST $$ON $$THE $$BRIDGE $$OR $$JUST $$ON $$THE $$CABLES $$BUT $$WELL $$DISTRIBUTED$.$We $$want $$a $$efficient $$design$!$Remember $$the $$FIU $$footbridge