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Line 247: + + + + + + + + + + − + + + + + + + − + + + + + + + + + + + + + + + + + + + + + + + + + + + − + + + + + + + + + + + + + + + + + + + + + + + + + + +
no edit summary
a=[1 2; 3]
a=[1 2; 3]
a=[[1,2],[3]]
a=[[1,2],[3]]
a=[1 2; 3 4]
a=[1 2; 3 4]
a=[1 20; 2 3]
a=[1 20; 2 3]
a=[[1, 20],[2, 3]]
a=[[1, 20],[2, 3]]
a=[[1, 20],[2, [3 4]]];
a=[[1, 20],[2, [3 4]]];
a=[[1, 20],[2, [3; 4]]];
a=[[1, 20],[2, [3; 4]]];
a=[[1, 20],[2, [3; 4;]]]; // worked with after 4 nothing was taken. Is that something to change later? with a null?
a=[[1, 20],[2, [3; 4;]]]; // worked with after 4 nothing was taken. Is that something to change later? with a null?
a=[1 20; 2;[3,4]; 3]
a=[1 20; 2;[3,4]; 3]
a=[1, (a+b); 2;[3,4]; 3]
a=[1, (a+b); 2;[3,4]; 3]
a=[1*(a+b); 2;[3,4]; 3]
a=[1*(a+b); 2;[3,4]; 3]
a=[1*(a+b); 2;[3,4+34]; 3];
a=[1*(a+b); 2;[3,4+34]; 3];
|a|;
|a|;
|10|;
|10|;
a=|44|
a=|44|
b=34
b=34
a=[3,4,2..20]
a=[3,4,2..20]
a={"car":a}
a={"car":a}
a=|4x3x3|
a=|4x3x3|
a=|3||*||4|
a=|3||*||4|
a=|5x5|
a=|5x5|
a=|5|
a=|5|
|10x3|
|10x3|
a=a|x+3|b;
a=a|x+3|b;
a=|5||+||5|
a=|5||+||5|
a=|5||\||5| //for INTDIV
a=|5||\||5| //for INTDIV
a=|5||/\||5| //for DIVPARTS
a=|5||/\||5| //for DIVPARTS
a=|5||%||5| //for MATRIXMOD
a=|5||%||5| //for MATRIXMOD
a=|3||CHIDIST||4| // should we make this CHIDIST with MOP? Could decide later for MATRIXOPS
a=|3||CHIDIST||4| // should we make this CHIDIST with MOP? Could decide later for MATRIXOPS
1..100@"x^2"
1..100@"x^2"
CHIDIST(1..100,2..3) .graph(1,0)
CHIDIST(1..100,2..3) .graph(1,0)
[1..2,1..4,1..20]@"x^3+y^2+z^3"
[1..2,1..4,1..20]@"x^3+y^2+z^3"
FOR 20..30 "det(MAGICSQUARE(x))";
FOR 20..30 "det(MAGICSQUARE(x))";
a=FOR 1..100 SIN;
a=FOR 1..100 SIN;
a= FOR 20..30 "det(MAGICSQUARE(x))";
a= FOR 20..30 "det(MAGICSQUARE(x))";
var a=FOR 20..30 "det(MAGICSQUARE(x))";
var a=FOR 20..30 "det(MAGICSQUARE(x))";
var a=FOR 20..30 "det(MAGICSQUARE(x))",b=FOR 1..100 COS;
var a=FOR 20..30 "det(MAGICSQUARE(x))",b=FOR 1..100 COS;
radpiby3
radpiby3
a=SIN(radpiby3)
a=SIN(radpiby3)
1..100.fillwith(1..10)
1..100.fillwith(1..10)
(1..100).fillwith(1..10)
(1..100).fillwith(1..10)
(1..100..10).fillwith(1..10)
(1..100..10).fillwith(1..10)
1..100.fillwith(10..100).$(CIRCLE)
1..100.fillwith(10..100).$(CIRCLE)
1..100 .fillwith(10..100).$(CIRCLE)
1..100 .fillwith(10..100).$(CIRCLE)
1..100..130.fillwith(10..100).$(CIRCLE)
1..100..130.fillwith(10..100).$(CIRCLE)
SIN@1..100@COS
SIN@1..100@COS
SIN@1..100
SIN@1..100
1..100@COS
1..100@COS
1..100..10@COS
1..100..10@COS
1..100..10.fillwith(10..100).$(CIRCLE)
1..100..10.fillwith(10..100).$(CIRCLE)
1..100.23..1023.1 .fillwith(10..1020).$(CIRCLE)
1..100.23..1023.1 .fillwith(10..1020).$(CIRCLE)
1..100..10.fillwith(1..10)
1..100..10.fillwith(1..10)
FOR 20..30 "det(MAGICSQUARE(x))";
FOR 20..30 "det(MAGICSQUARE(x))";
FOR 20..30 "det(MAGICSQUARE(x))";
FOR 20..30 "det(MAGICSQUARE(x))";
FOR 20..30 "det(MAGICSQUARE(x))";
FOR 20..30 "det(MAGICSQUARE(x))";
1...100.0343..103.fillwith(1..10)
1...100.0343..103.fillwith(1..10)
a=[1 (a+b); 2;[3,4]; 3]
a=[1 (a+b); 2;[3,4]; 3]
function z()
function z()
{
{
}
}
}
}
function ()
function ()
{
{
}
}
}
}
A=(|3x4|@4.3)@SIN
A=(|3x4|@4.3)@SIN
|4|.$i([SUM,SIN,COS]);
|4|.$i([SUM,SIN,COS]);
|4|.$i(SUM,SIN,COS)
|4|.$i(SUM,SIN,COS)
[["cats1","dogs1"],"birds"]<<<[[2,[COS]],[SIN]]
[["cats1","dogs1"],"birds"]<<<[[2,[COS]],[SIN]]
[["cats1","dogs1"],"birds"]<<<<[[2,[COS]],[SIN]]
[["cats1","dogs1"],"birds"]<<<<[[2,[COS]],[SIN]]
[["cats1","dogs1"],"birds"]>>>>[[2,[COS]],[SIN]]
[["cats1","dogs1"],"birds"]>>>>[[2,[COS]],[SIN]]
[#a-z,#A-Z,1..10,4..500]
[#a-z,#A-Z,1..10,4..500]
a=#a-z
a=#a-z
a=#1/1/16
a=#1/1/16
var a=#;
var a=#;
b=#;
b=#;
c=#;
c=#;
d=#;
d=#;
PMT(#1/1/2011,#2/2012) // worked
PMT(#1/1/2011,#2/2012) // worked
var a=#a-x;
var a=#a-x;
b=#1/1/2011;
b=#1/1/2011;
a = a < 34 ? 3
a = a < 34 ? 3
#TABLE3!A3:E6
#TABLE3!A3:E6
a=#TABLE3!A3:E6
a=#TABLE3!A3:E6
a=#A3:E6
a=#A3:E6
a=SIN(#D8:E11,#H11:K12)
a=SIN(#D8:E11,#H11:K12)
#TABLE3!A3:E6
#TABLE3!A3:E6
a=#TABLE3!A3:E6
a=#TABLE3!A3:E6
a=#A3:E6
a=#A3:E6
#D8:E11
#D8:E11
#TABLE3!A3:E6
#TABLE3!A3:E6
[1,2,undefined,#].$(SIN)
[1,2,undefined,#].$(SIN)
a=[#1/1/2011,#2/2/2015]
a=[#1/1/2011,#2/2/2015]
[1,2,undefined].$(SIN)
[1,2,undefined].$(SIN)
[1,2,undefined,#].$(SIN)
[1,2,undefined,#].$(SIN)
v:=u+a*t
v:=u+a*t
E=m*c^2;
E=m*c^2;
a=5!;
a=5!;
a=(a+x)!;
a=(a+x)!;
a=(a+x)*!34;
a=(a+x)*!34;
a=(5!)!
a=(5!)!
a=5!! will not work.
a=5!! will not work.
a=34!P!3
a=34!P!3
a=34!C!3
a=34!C!3
a=34!P!3!C!3
a=34!P!3!C!3
var a=2;
var a=2;
v:=u+a*t;
v:=u+a*t;
var b=3;
var b=3;
var a=2;
var a=2;
var v:=u+a*t;
var v:=u+a*t;
var b=3;
var b=3;
var a=2;
var a=2;
var v:=u+a*t;
var v:=u+a*t;
var b=3;
var b=3;
var a=2;
var a=2;
var v:=u+a*t,d=34;
var v:=u+a*t,d=34;
var b=3;
var b=3;
# means undefined by itself.
# means undefined by itself.
ad := a+b
ad := a+b
1..3**3.$d (SIN)
1..3**3.$d (SIN)
(1..3**3).$d (SIN)
(1..3**3).$d (SIN)
PRODUCT(n..1..-3)
PRODUCT(n..1..-3)
a=#,b=#,c=#
a=#,b=#,c=#
FACTTRIPLE=PRODUCT(n..1..-3)
FACTTRIPLE=PRODUCT(n..1..-3)
FACTTRIPLE:=PRODUCT(n..1..-3)
FACTTRIPLE:=PRODUCT(n..1..-3)
1..10|x<4|
1..10|x<4|
1..10|x?x<4|
1..10|x?x<4|
1..10|x?x<4:u|
1..10|x?x<4:u|
1..10|x?x<4:u|1..10
1..10|x?x<4:u|1..10
1..10|x?u+x<4:u|1..10
1..10|x?u+x<4:u|1..10
|4||x?x<4:false||34| ;
|4||x?x<4:false||34| ;
|4||x?x<4||34|;
|4||x?x<4||34|;
|4||x?x<4||34| ;
|4||x?x<4||34| ;
|4||x?x<4:34+y+z||34|;
|4||x?x<4:34+y+z||34|;
|4||x?x<4|;
|4||x?x<4|;
|4||x<4|;
|4||x<4|;
|1||x<4||x>10|
|1||x<4||x>10|
1..10|x<4&&y>9|2..20
1..10|x<4&&y>9|2..20
a=3!
a=3!
a=100..|x+y|3
a=100..|x+y|3
..100
..100
10..
10..
1..10|x<4|
1..10|x<4|
1..10|x<4|34
1..10|x<4|34
1..10|x^3&&x^3<3000?x|w
1..10|x^3&&x^3<3000?x|w
0..10@"SIN(x^2,1..10)" .graph()
0..10@"SIN(x^2,1..10)" .graph()
0..10@("SIN(x^2,1..10)" .graph())
0..10@("SIN(x^2,1..10)" .graph())
0..10@"SIN(x^2,1..23..10)".graph(30).sin()
0..10@"SIN(x^2,1..23..10)".graph(30).sin()
0..10@"SIN(x^2,1..23..10)".graph(30).sin()
0..10@"SIN(x^2,1..23..10)".graph(30).sin()
1..1000..100@["x^2",COS] .graph()
1..1000..100@["x^2",COS] .graph()
0..10@"SIN(x^2,1..10)" .graph()
0..10@"SIN(x^2,1..10)" .graph()
0..10@("SIN(x^2,1..10)" .graph())
0..10@("SIN(x^2,1..10)" .graph())
0..10@"SIN(x^2,1..23..10)".graph(30).sin()
0..10@"SIN(x^2,1..23..10)".graph(30).sin()
0..10@"SIN(x^2,1..23..10)".graph(30).sin()
0..10@"SIN(x^2,1..23..10)".graph(30).sin()
0..10@"SIN(x^2,1..10)" .graph()
0..10@"SIN(x^2,1..10)" .graph()
SIN(x^2,1..10)
SIN(x^2,1..10)
1..3**3.$d (SIN)
1..3**3.$d (SIN)
(1..3**3).$d (SIN)
(1..3**3).$d (SIN)
(1..1000..100@["x^2",COS] .$(SIN)) @SIN
(1..1000..100@["x^2",COS] .$(SIN)) @SIN
0..10@"SIN(x^2)" .graph()
0..10@"SIN(x^2)" .graph()
0..10@"SIN(x^2)".graph()
0..10@"SIN(x^2)".graph()
1..10|x<4|34
1..10|x<4|34
1..10|(x?x<4)|
1..10|(x?x<4)|
var a=FOR 20..30 "det(MAGICSQUARE(x))", b=FOR 1..100 COS;
var a=FOR 20..30 "det(MAGICSQUARE(x))", b=FOR 1..100 COS;
a=[1*(a+b); 2;[3,4+34]; 3]
a=[1*(a+b); 2;[3,4+34]; 3]
|a|
|a|
|10|
|10|
a=[1*(a+b); 2;[3,4+34]; 3]; |a|; |10|
a=[1*(a+b); 2;[3,4+34]; 3]; |a|; |10|
PMT(100000,44%,40)
PMT(100000,44%,40)
a=FOR(PMT, 100000,41% ,1..12)
a=FOR(PMT, 100000,41% ,1..12)
pmt12:=PMT(x,y,12);
pmt12:=PMT(x,y,12);
PMT(1000,26%)
PMT(1000,26%)
vary...
vary...
Θ=3+x;
Θ=3+x;
Θ(34)
Θ(34)
അത:=34+അതx;
അത:=34+അതx;
അത(4)
അത(4)
/*Enter Code Here in Z3/Javascript...*/
/*Enter Code Here in Z3/Javascript...*/
var a=10;
var a=10;
for(var b=1;b<a;b++)
for(var b=1;b<a;b++)
{
{
console.log(b)
console.log(b)
}
}
/*Enter Code Here in Z3/Javascript...*/
/*Enter Code Here in Z3/Javascript...*/
function test()
function test()
{
{
var a=25;
var a=25;
c=[]
c=[]
for(var b=1;b<a;b++)
for(var b=1;b<a;b++)
{
{
c.push(b)
c.push(b)
}
}
return(c);
return(c);
}
}
test()
test()