F$.398$

$($Q$2)$ Determine the largest permissible vertical shear $V$ in Newtons that can be applied to configuration $1$ based on allowable stress

in the timber:

A$.3374$

B$.6118$

C$.3976$

D$.7458$

E$.5187$

F$.22374$

Answer for $($Q$2)$: Blank $2$

$($Q$3)$ Determine the largest permissible vertical shear V in Newtons that can be applied to configuration $2$ based on allowable force

in the nails:

A$.4773$

B$.1296$

C$.3889$

D$.2387$

E$.1305$

F$.2693$

Answer for $($Q$3)$: Blank $3$

$($Q$4)$ Determine the largest permissible vertical shear $V$ in Newtons that can be applied to configuration $2$ based on allowable stress

in the timber:

A$.6118$

B$.7458$

C$.3976$

D$.3374$

E$.5187$

F$.22374$

Answer for $($Q$4)$: Blank $4$

$($Q$5)$ Determine the largest permissible vertical shear V in Newtons that can be applied to configuration $1$:

A$.22374$

B$.1591$

C$.3182$

D$.3976$

E$.4773$

F$.6118$

Answer for $($Q$5)$: Blank $5$

$($Q$6)$ Determine the largest permissible vertical shear V in Newtons that can be applied to configuration $2$:

A$.22374$

B$.2693$

C$.3976$

D$.2387$

E$.4773$

F$.6118$

Answer for $($Q$6)$: Blank $6$

$($Q$7)$ Determine the best configuration to be used:

A$.$ Configuration $2$

B$.$ Configuration $1$

Answer for $($Q$7)$: Blank $7$