FINANCIA - FREETK.ZIP - CIRCUIT.TK

 
Output of file : CIRCUIT.TK contained in archive : FREETK.ZIP

TK!2
=v
#1
:n

:s
b
:c
***** DC CIRCUIT ANALYSIS *****
#2
:n
I
:s
b
:c
Current
#3
:n
V
:v
36
:s
i
:c
Voltage
#4
:n
R
:v
4.5
:s
i
:c
Total resistance
#5
:n
R1
:v
3
:s
i
:c
\
#6
:n
R2
:v
3
:s
i
:c
|
#7
:n
R3
:v
2
:s
i
:c
|
#8
:n
R4
:s
b
:c
> resistors
#9
:n
R5
:v
5
:s
i
:c
|
#10
:n
R6
:v
4
:s
i
:c
|
#11
:n
R7
:v
4
:s
i
:c
/
#13
:n

:s
b
:c
Notes:
#14
:n

:s
b
:c
1. The intermediate resistances
#15
:n

:s
b
:c
Ra,...,Re were deleted from the
#16
:n

:s
b
:c
Variable Sheet.
#17
:n

:s
b
:c
2. Equations for the components'
#18
:n

:s
b
:c
voltage drops and current flows
#19
:n

:s
b
:c
may be added to the Rule Sheet.
=u
=r
#1
:r
R * I = V " ---------o-----------o--------------
#2
:r
1/Ra = 1/R1 + 1/R2 " | | | |
#3
:r
Rb = R3 + R4 " > > > >
#4
:r
1/Rc = 1/R6 + 1/R7 " < R1 < R2 < R5 < R3
#5
:r
Rd = R5 + Rc " > > > >
#6
:r
1/Re = 1/Rb + 1/Rd " | | | |
#7
:r
R = Ra + Re " | | ----o---- |
#8
:r
" ----o---- | | |
:s
C
#9
:r
" **** DC CIRCUIT ANALYSIS **** | > > >
:s
C
#10
:r
" /+\ < R6 < R7 < R4
:s
C
#11
:r
" In TK Solver Plus you can define \-/ V > > >
:s
C
#12
:r
" Rule Functions ser and par to | | | |
:s
C
#13
:r
" calculate serial and parallel -----------o---------o---------
:s
C
#14
:r
" connections of resistors. The
:s
C
#15
:r
" last 6 rules above may then be replaced by a single rule:
:s
C
#16
:r
" R = ser(par(R1,R2),par(ser(R5,par(R6,R7)),ser(R3,R4)))
:s
C
%Tr,f,15,1,0,1,0