Z3prima-Tocheck

z3prima observations-To Check
-----------------------------------
<pre>
FOR 20..30 "det(MAGICSQUARE(x))";-- It is giving the "null" as Result.

a=FOR 1..100 SIN;--It is giving the "null" as Result.

FOR "SUM(1..x)" 1...1000000000...100 -"null" as Result

Now z^3 language needs parentheses and commas. Try

FOR(20..30, "det(MAGICSQUARE(x))");

etc.

A=(|3x4|@4.3)@SIN; |4|.$i([SUM,SIN,COS]); |4|.$i(SUM,SIN,COS)---These Commands are "😏 SORRY! 㫞㬦[h].apply is not a function" giving as result.

PMT(#1/1/2011,#2/2012) - Getting the result as "😏 SORRY! Cannot read properties of undefined (reading 'units')"

x=2;a=5!; a=(a+x)*!34; -Result is "0". Having Doubt on this.

a=34!P!3!C!3--Giving the result as Null. Is it work?

Can I ignore these commands:

• var a=2;

v:=u+a*t; var b=3;

• var a=#a-x,d=#1/1/2011;

• [49,31,#].$(z^2)
• [49,31,#].$("z^2")

1..3**3.$d(SIN) -Null as Result.

a=100..|x+y|3 - Null as Result

0..10@"SIN(x^2,1..10)".graph(); 0..10@"SIN(x^2,1..23..10)".graph(30).sin() - Showing the Values but not showing the Graph

SIN("x^2",1..10) - It is not giving any Result.

((2..3)~)*34 (2..3)*~34 - NaN as a Result.

var a=34; do {

a=2; }when(a<3) a; --Undefined as Result.

a=∅ ; a?224:524--Null as Result.

1..100⋰ 1..100⋱ - "😏 SORRY! 㫞㴶.flatten is not a function" as a Result

a=⊤; b=⊥; [[a,b],[a ∧ b,a ∨ b]] --Null as Result.

a=!∅; (a)?4135:645 --Null as Result

1J<>(l.atm); 1J<>(l.atm-1)--Null as Result

1(kg.m2s-2)<>(N)-Null as Result

12(g.m)<>(g.mm) -It is Working. Full form of g.m,g.mm and g.s?

12(g.m)<>(g.s) 12(g.m-1/s)<>(g.cm-1) 1(kg.m2/s2)<>e 1.3(kg.m2/s2)<>Jo - Null as Result

(1..100)<>USD<>EUR - "This is a test only conversion JSON Currency Conversion of date:2016-06-10 is used. This is a test only conversion JSON" as Result