Cartesiano | Polar | Explícita Cartesiano | Explícita Polar | |
---|---|---|---|---|
soma ou subtração |
x(t): 1 mm * t + 1 y(t): 1 mm * t - 1 |
r(t): 1 mm * t + 1 θ(t): 1 rad * t - 1 rad |
y(x): x + 1 | r(a): 1 mm * a / 1 rad + 1 |
Multiplicação ou divisão |
x(t): 2 mm * t y(t): 2 mm / t |
r(t): 2 mm * t θ(t): 2 rad / t |
y(x): 3 * x / 2 | r(a): 3 mm * a / 2 rad |
Expoentes |
x(t): (t^2) * 1 mm y(t): 1 mm * pow(t;2) |
r(t): 1 mm * (t^2) θ(t): 1 rad * pow(t;2) |
y(x): 1 in * (x / 1 mm)^3 | r(a): 1 mm * ((a / 1 rad)^3) |
Funções Trigonométricas |
X (T): 1 mm * sin (1 rad * t) + 1 mm * cos (1 rad * t) y(t): 1 mm * tan(1 rad * t) |
r(t): 1 mm * cos(1 rad * t) + 1 mm * sin(1 rad * t) θ(t): 1 rad * tan(1 rad * t) |
y(x): 1 mm * sin(1 rad * x / 1 mm) | r(a): 1 mm * cos(a) |
Funções de Trigonometria Inversa |
X (T): 1 mm * ASIN (T) / 1 rad + 1 mm * ASIN (T) / 1 rad Y (T): 1 mm * ATAN (T) / 1 rad |
r(t): 1 mm * asin(t) / 1 rad θ(t): acos(t) |
y(x): 1 mm * acos(x / 1 mm) / 1 rad | r(a): 1 mm * acos(a / 1 rad) / 1 rad |
Hiperbólico |
X (T): 1 mm * sinh (1 rad * t) + 1 mm * cosh (1 rad * t) Y (T): 1 mm * tanh (1 rad * t) |
R (T): 1 mm * cosh (1 rad * t) θ(t): 1 rad * sinh(1 rad * t) |
y(x): 1 mm * tanh(1 rad * x / 1 mm) | r(a): 1 mm * cosh(a) |
Registro |
X (T): 1 mm * Ln (T) y(t): 1 mm * registro(t) |
R (T): 1 mm * registro (T) θ(t): 1 rad * ln(t |
y(x): 1 mm * ln(x / 1 mm) | r(a): 1 mm * ln(a / 1 rad) |
Esta tabela mostra exemplos do formato necessário para utilizar determinados operadores e funções.
Cartesiano | Cilíndrico | Esférica | |
---|---|---|---|
soma ou subtração |
x(t): 1 mm * t + 1 mm y(t): 1 mm * t - 1 mm z(t): 1 mm * t - 1 mm |
r(t): 1 mm * t + 1 mm θ(t): 1 rad * t + 1 rad z(t): 1 mm * t - 2 mm |
r(t): 1 mm * t + 1 mm ϕ(t): 1 rad * t + 1 rad θ(t): 1 rad + t - 1 rad |
Multiplicação ou divisão |
x(t):2 mm * t Y (T): 2 mm / t Z (T): 2 mm / t |
r(t): 3 mm * t θ(t): 2 rad * t z(t): 2 mm * t / 2 |
r(t): 3 mm *t ϕ(t): 2 rad * t θ(t): 2 rad / 2 |
Expoentes |
x(t): (t ^ 2) * 1 mm Y (T): 1 mm * por (t; 2) Z (T): 1 mm * por (t; 2) |
r(t): 1 mm * (t ^ 2) θ( T): 1 rad * por (t; 2) Z (T): 1 mm * (t ^ (1/2) |
r(t): 1 mm * (t ^ 2) ϕ( T): 1 rad * por (t; 2) θ(t): 1 rad * (t ^ (1/2)) |
Funções de Trigonometria |
x(t): 1 mm * sin(1 rad * t) + 1 mm * cos(1 rad * t) Y (T): 1 mm * tan (1 rad * t) Z (T): 1 mm * tan (1 rad * t) |
R (T): 1 mm * cos (1 rad * t) θ( T): 1 rad * sin (1 rad * t) Z (T): 1 mm * tan (1 rad * t) |
R (T): 1 mm * cos (1 rad * t) ϕ( T): 1 rad * sin (1 rad * t) θ( T): 1 rad * tan (1 rad * t) |
Funções de Trigonometria Inversa |
X (T): 1 mm * ASIN (T) / 1 rad + 1 mm * ASIN (T) / 1 rad Y (T): 1 mm * ATAN (T) / 1 rad Z (T): 1 mm * ATAN (T) / 1 rad |
R (T): 1 mm * ACOS (T) / 1 rad θ( T): ASIN (T) Z (T): 1 mm * ATAN (T) / 1 rad |
R (T): 1 mm * ACOS (T) / 1 rad ϕ( T): ASIN (T) θ( T): ATAN (T) |
Hiperbólico |
X (T): 1 mm * sinh (1 rad * t) + 1 mm * cosh (1 rad * t) Y (T): 1 mm * tanh (1 rad * t) Z (T): 1 mm * tanh (1 rad * t) |
R (T): 1 mm * cosh (1 rad * t) θ( T): 1 rad * sinh (1 rad * t) Z (T): 1 mm * tanh (1 rad * t) |
R (T): 1 mm * cosh (1 rad * t) θ( T): 1 rad * sinh (1 rad * t) ϕ( T): 1 rad * tanh (1 rad * t) |
Sessão |
X (T): 1 mm * Ln (T) Y (T): 1 mm * registro (T) Z (T): 1 mm * registro (T) |
R (T): 1 mm * registro (T) θ( T): 1 rad * Ln (T) Z (T): 1 mm * Ln (T) |
R (T): 1 mm * registro (T) ϕ( T): 1 rad * Ln (T) θ( T): 1 rad * Ln (T) |