Sketch Standard #$1$: $4"$ by $4"$ or $100$ mm by $100$ mm OR

Sketch Standard #$2$: $6"$ by $4"$ or $150$ mm by $100$ mm

In both cases, show the coordinate system, and show the force and the force components. IF adding forces, show ALL forces AND the resultant.

The sketch is to FILL most if not all of the space.

Something laid out in a box made to these dimensions but only taking up a little bit of the space will results in points taken off.

IF you make your sketch too small, you WILL NOT be happy with your grade, as I WILL take off points. I WILL check this with a scale.

IF you don't bother to make a sketch at all, or even if you make a sketch that is tiny and$/$or a rough mess, you will NOT be happy, as I WILL take off even more points.

Problems $-$ FROM HERE ON$,$ DO NOT SHOW ANY WORK, ANSWERS, OR ANYTHING ELSE I AM TO GRADE ON THIS PAPER $-$ SHOW YOUR WORK AND GIVE ALL ANSWERS ON PAPER YOU PROVIDE. DRAW SKETCHES ON YOUR PAPER FOR ALL PROBLEMS

An object hangs from a bracket at point B$.$ See sketch following the problem.

a$.$ Draw the horizontal part of the bracket $($this includes points O and B $)$ and show

i$.$ the force,

ii$.$ the coordinate system; also show the unit vectors i and $j,$

iii. the $(+)$ directions for $x($horizontal$),y($vertical$)$ and moments about point O $,$ and iv$.$ Show possible reaction forces and momentsAn object hangs from a bracket at point $B.$ See sketch following the problem.

a$.$ Draw the horizontal part of the bracket $($this includes points O and B $)$ and show

i$.$ the force,

ii$.$ the coordinate system; also show the unit vectors i and $j,$

iii. the $(+)$ directions for $x($horizontal$),y($vertical$)$ and moments about point O $,$ and iv$.$ Show possible reaction forces and moments in the $(+)$ directions.

You may use the same drawing for both parts b$)$ and c$).(10$ pts$)$

What force is applied to the bracket if this is a $...$

b$.500$ Ibf object $-$ give your answer here in English $($USCS$)$ units. $(10$ pts$)$

c$.500kg$ object $-$ give your answer here in Metric $($SI$)$ units. $(10$ pts$)$

An object hangs from a bracket at point $B.$ See sketch following the problem.

a$.$ Draw the horizontal part of the bracket $($this includes points O and B $)$ and show

i$.$ the force,

ii$.$ the coordinate system; also show the unit vectors i and $j,$

iii. the $(+)$ directions for $x($horizontal$),y($vertical$)$ and moments about point O $,$ and iv$.$ Show possible reaction forces and moments in the $(+)$ directions.

You may use the same drawing for both parts b$)$ and c$).(10$ pts$)$

What force is applied to the bracket if this is a $...$

b$.500$ Ibf object $-$ give your answer here in English $($USCS$)$ units. $(10$ pts$)$

c$.500kg$ object $-$ give your answer here in Metric $($SI$)$ units. $(10$ pts$)$

Sketch Standard #$1$: $4"$ by $4"$ or $100$ mm by $100$ mm OR

Sketch Standard #$2$: $6"$ by $4"$ or $150$ mm by $100$ mm

In both cases, show the coordinate system, and show the force and the force components. IF adding forces, show ALL forces AND the resultant.

The sketch is to FILL most if not all of the space.

Something laid out in a box made to these dimensions but only taking up a little bit of the space will results in points taken off.

IF you make your sketch too small, you WILL NOT be happy with your grade, as I WILL take off points. I WILL check this with a scale.

IF you don't bother to make a sketch at all, or even if you make a sketch that is tiny and$/$or a rough mess, you will NOT be happy, as I WILL take off even more points.

Problems $-$ FROM HERE ON$,$ DO NOT SHOW ANY WORK, ANSWERS, OR ANYTHING ELSE I AM TO GRADE ON THIS PAPER $-$ SHOW YOUR WORK AND GIVE ALL ANSWERS ON PAPER YOU PROVIDE. DRAW SKETCHES ON YOUR PAPER FOR ALL PROBLEMS

An object hangs from a bracket at point B$.$ See sketch following the problem.

a$.$ Draw the horizontal part of the bracket $($this includes points $O$ and $B)$ and show

i$.$ the force,

ii$.$ the coordinate system; also show the unit vectors i and $j,$

iii. the $(+)$ directions for $x($horizontal$),y($vertical$)$ and moments about point O $,$ and iv$.$ Show possible reaction forces and moments