X=R2C2=RC[-4]
y=R2C3=RC[-3]
z=R2C4=RC[-2]
1. =3,4*RC[-3]+RC[-2]
2. =(R[-1]C[-3]+R[-1]C[-2])*R[-1]C[-1]
3. =0,8*R[-2]C[-3]+0,9*R[-2]C[-2]-R[-2]C[-3]*R[-2]C[-2]
4. =(R[-3]C[-3]+R[-3]C[-1])*R[-3]C[-2]+0,1*R[-3]C[-3]
5. =(R[-4]C[-3]-R[-4]C[-1])*R[-4]C[-1]+R[-4]C[-2]*R[-4]C[-1]
6. =6*((R[-5]C[-3])^3-5*R[-5]C[-2]/6)/((R[-5]C[-3])^3-6*R[-5]C[-2])
7. =(15*(R[-6]C[-3])^2-7*R[-6]C[-2]/12)/(18*R[-6]C[-2]+(R[-6]C[-3])^2)
8. =(40*(R[-7]C[-2])^3+4*R[-7]C[-3]/9)/(6*(R[-7]C[-3])^2-18*R[-7]C[-3]*R[-7]C[-2])
9. =(((5*(R[-8]C[-3])^(3*R[-8]C[-2])-2))/(10*R[-8]C[-3]*R[-8]C[-2]))/((12*R[-8]C[-3]+R[-8]C[-2])/(3*R[-8]C[-3]-(R[-8]C[-2])^(5+2*R[-8]C[-3])))
<span>10. =((5*(R[-9]C[-3])^(3+R[-9]C[-2])-2)/(10-R[-9]C[-3]*R[-9]C[-2]))/(12*R[-9]C[-3]*R[-9]C[-2]/(3*R[-9]C[-3]+(R[-9]C[-2])^2*R[-9]C[-3])))
</span>
Var a, i: integer;
begin
readln(a);
for i:=2 to a do
if (a mod i = 0) and (i mod 2 = 0) then writeln(i);
end.
If (xa * xa + ya * ya) < r * r then внутри
if (xa * xa + ya * ya) > r * r then во вне
if (xa * xa + ya * ya) = r * r then на
<h3>PascalABC.NET 3.4.2, сборка 1837 от 11.10.2018</h3><h3>Внимание! Если программа не работает, обновите версию!</h3>
begin
var b := Arr(2, 1, 3, 5, 4, 9, 7, 8, 12, 10);
b.Sum.Println
end.
<h2>61 </h2>