Casio FX-991ES Appendix - Page 46

VECTOR, AbsVctA, AbsVctB, AbsVctAns, VctAns, VctAns

Page 46 highlights

#113 Deg 15(VECTOR)1(Dim) VCT 1(VctA)1(3) y1= 0= 1= A15(VECTOR)1(Dim) VCT 2(VctB)1(3) 1= 2= 0= VctA • VctB A15(VECTOR)3(VctA) VCT 15(VECTOR)7(Dot) 15(VECTOR)4(VctB)= Ans ÷ (Abs(VctA) × Abs(VctB)) /(1w(Abs)1 VCT 5(VECTOR)3(VctA))* 1w(Abs)15(VECTOR) 4(VctB)))= cos-1 Ans VCT *1 1c(cos-1)G)= VctA × VctB VCT 15(VECTOR)3(VctA)* 15(VECTOR)4(VctB)= Abs(VctAns) VCT 1w(Abs)15(VECTOR) 6(VctAns))= VctAns ÷ Ans VCT *2 15(VECTOR) 6(VctAns)/G= -45-

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–45–
#113
1
5
(VECTOR)
1
(Dim)
1
(VctA)
1
(3)
VCT
y
1=
0=
1=
A1
5
(VECTOR)
1
(Dim)
2
(VctB)
1
(3)
VCT
1=
2=
0=
VctA
VctB
A1
5
(VECTOR)
3
(VctA)
1
5
(VECTOR)
7
(Dot)
VCT
1
5
(VECTOR)
4
(VctB)
=
Ans
÷
(Abs(VctA)
×
Abs(VctB))
/(
1w
(Abs)
1
5
(VECTOR)
3
(VctA)
)*
VCT
1w
(Abs)
1
5
(VECTOR)
4
(VctB)
))=
cos
–1
Ans
*1
1
c
(cos
–1
)
G
)=
VCT
VctA
×
VctB
1
5
(VECTOR)
3
(VctA)
*
VCT
1
5
(VECTOR)
4
(VctB)
=
Abs(VctAns)
1w
(Abs)
1
5
(VECTOR)
VCT
6
(VctAns)
)=
VctAns
÷
Ans
*2
1
5
(VECTOR)
VCT
6
(VctAns)
/
G
=
Deg