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APPENDIX
Material that is to be included in the appendix are: derivation
of equations that are presented in methods,
computations used to establish initial conditions or other
system parameters, computational code used,
and graphs or other types of outputs. The material in the
appendix can be referred to in the main body of
the report. Derivations and computations are to be presented in
a neat and orderly format with
appropriate comment statements. These do not need to be typed
out, but it is recommended. Comment
statements need to be provided so that the reader, or even
yourself if you need to revisit the problem, canfollow the train of
thought for an analysis. igures need to be presented and variables
defined. !e sure to
show proper handling and presentation of units. The presence of
this material will also allow for
identification of where an error may have occurred if your
solution is not correct.
"ach #ppendix should be labeled with a separate letter $#ppendix
#%, $#ppendix !%, etc.
inally, the main body of the report should be within a maximum
length of & to '( pages depending on
how many graphs are included. The appendix may ma)e the report a
bit longer.
8/18/2019 ENGR 111 Technical Memorandum
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#**"+D- # /oad /imit Calculations
D :∑ F Y = ADsin (45° )+
P4=0
D :∑ F X = ADcos(45
°)+ DE=0
A :∑ F X = ADcos ( 45°
)+ AB=0
A :∑ F Y = ADsin (45°
)+ AE+ P
4=0
E :∑ F Y = AE+BEsin (45 ° )=0
E :∑ F X = DE+BEcos ( 45 °
)+ EF
F :∑ F Y =BF =0
AD=CH =− P4
× 2
√ 2=(−.354) P
DE=GH =−− P2√ 2
×√ 2
2=( .250) P
AB=BC =−− P2√ 2
× √ 22=( .250 ) P
*01*01
CA B
*01 *01
D HFE G
2.2.3415*
2.6
2.62.64(5*
2.64(5* 2.62.64(5*
2(52(5*2(5*
E
