curve(cos(x), 0, 2*pi,)
curve(cos(x), 0, 4*pi,)
curve(sin(x), 0, 4*pi, col='blue', add=TRUE)
T=1; om=2*pi/T; curve(cos(om*t), name='t', 0, 4*pi,)
?curve
T=1; om=2*pi/T; curve(cos(om*t), 0, 4*pi, name='t')
?curve
T=1; om=2*pi/T; curve(cos(om*t), 0, 4*pi, xname='t')
T=1; om=2*pi/T; curve(cos(om*t), 0, 2, xname='t')
?curve
T=1; om=2*pi/T; curve(cos(om*t), 0, 2, xname='t', n=501)
T=1; om=2*pi/T; curve(cos(om*t), 0, 4, xname='t', n=501)
curve(sin(om*t), 0, 4, xname='t', n=501, add=TRUE, col='blue')
curve(-cos(om*t), 0, 4, xname='t', n=501, add=TRUE, col='red')
T=1; om=2*pi/T; curve(cos(om*t), 0, 2, xname='t')
curve(sin(om*t), 0, 2, xname='t', n=501, add=TRUE, col='blue')
curve(-cos(om*t), 0, 2, xname='t', n=501, add=TRUE, col='red')
source("curve_test_ingresso.R")
source("curve_test_ingresso_1.R")
source("curve_test_ingresso_ll.R")
th = 0.1; sin(th); cos(th)
th = 0.01; sin(th); cos(th)
th = 0.001; sin(th); cos(th)
curve( cos(x), 0, 4*pi, lwd=2 )
curve( cos(x), 0, 2*pi, lwd=2 )
curve( cos(x), 0, pi, lwd=2 )
curve( sin(x), 0, pi, lwd=2 )