Expression 20: "k" equals sine left parenthesis, "A" , right parenthesis cosine left parenthesis, "B" , right parenthesis sine left parenthesis, "E" , right parenthesis sine left parenthesis, "F" , right parenthesis plus "J" cosine left parenthesis, "F" , right parenthesis plus "K" cosine left parenthesis, "E" , right parenthesis sine left parenthesis, "F" , right parenthesisk=sinAcosBsinEsinF+JcosF+KcosEsinF
Expression 21: "l" equals sine left parenthesis, "A" , right parenthesis cosine left parenthesis, "B" , right parenthesis sine left parenthesis, "E" , right parenthesis cosine left parenthesis, "F" , right parenthesis minus "J" sine left parenthesis, "F" , right parenthesis plus "K" cosine left parenthesis, "E" , right parenthesis cosine left parenthesis, "F" , right parenthesisl=sinAcosBsinEcosF−JsinF+KcosEcosF
Expression 22: "m" equals sine left parenthesis, "D" , right parenthesism=sinD
equals=
00
22
Expression 23: "n" equals cosine left parenthesis, "D" , right parenthesis sine left parenthesis, "E" , right parenthesisn=cosDsinE
equals=
00
23
Expression 24: "o" equals cosine left parenthesis, "D" , right parenthesis cosine left parenthesis, "E" , right parenthesis sine left parenthesis, "F" , right parenthesiso=cosDcosEsinF
equals=
0.9 9 9 9 4 1 7 2 0 2 30.99994172023
24
Expression 25: "p" equals cosine left parenthesis, "D" , right parenthesis cosine left parenthesis, "E" , right parenthesis cosine left parenthesis, "F" , right parenthesisp=cosDcosEcosF
equals=
0.0 1 0 7 9 6 1 1 7 0 5 8 30.0107961170583
25
Expression 26: "q" equals StartFraction, left bracket, negative "r" ... "r" , right bracket Over "s" , EndFractionq=−r...rs
equals=
negative 2−2
negative 1.8−1.8
negative 1.6−1.6
negative 1.4−1.4
negative 1.2−1.2
negative 1−1
negative 0.8−0.8
negative 0.6−0.6
negative 0.4−0.4
negative 0.2−0.2
00
0.20.2
0.40.4
0.60.6
0.80.8
21 element list
26
r controls the number of grid lines represented in the outputs; s controls how close the grid lines are to each other; higher values of s give a better approximation of the output
27
Expression 28: "r" equals 10r=10
00
2020
28
Expression 29: "s" equals 5s=5
11
1010
29
Expression 30: left parenthesis, "t" "i" plus "q" "j" plus "f" left parenthesis, "t" , "q" , right parenthesis "k" plus "g" left parenthesis, "t" , "q" , right parenthesis "l" , "t" "m" plus "q" "n" plus "f" left parenthesis, "t" , "q" , right parenthesis "o" plus "g" left parenthesis, "t" , "q" , right parenthesis "p" , right parenthesisti+qj+ft,qk+gt,ql,tm+qn+ft,qo+gt,qp
domain t Minimum: negative StartFraction, "r" Over "s" , EndFraction−rs
less than or equal to "t" less than or equal to≤t≤
domain t Maximum: StartFraction, "r" Over "s" , EndFractionrs
30
Expression 31: left parenthesis, "q" "i" plus "t" "j" plus "f" left parenthesis, "q" , "t" , right parenthesis "k" plus "g" left parenthesis, "q" , "t" , right parenthesis "l" , "q" "m" plus "t" "n" plus "f" left parenthesis, "q" , "t" , right parenthesis "o" plus "g" left parenthesis, "q" , "t" , right parenthesis "p" , right parenthesisqi+tj+fq,tk+gq,tl,qm+tn+fq,to+gq,tp
domain t Minimum: negative StartFraction, "r" Over "s" , EndFraction−rs
less than or equal to "t" less than or equal to≤t≤
domain t Maximum: StartFraction, "r" Over "s" , EndFractionrs
31
Expression 32: "v" equals left bracket, negative "u" ... "u" , right bracketv=−u...u
equals=
negative 5−5
negative 4−4
negative 3−3
negative 2−2
negative 1−1
00
11
22
33
44
55
32
u controls how many integer values are represented on each of the axes
