Figure caption. Amplitude = 0.10, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.10, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.50, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = blue, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = blue, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = green, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = green, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = red, f(t) = amplitude * sin(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 1.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 3.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 5.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 1.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 5.00
Figure caption. Amplitude = 0.90, omega = 7.00, color = red, f(t) = amplitude * cos(omega*x). Highlighted time = 9.00
amplitude =
color =
blue green red
f =
omega =
time =