Let θ be an angle measured in radians drawn in standard position together with a unit circle. The radian measure of θ is the length of the arc on the unit circle subtended by the angle. The sine of the y angle is the coordinate of the point where the terminal side of the angle intersects the unit circle, the cosine of the angle is the x coordinate of this same point, and the tangent of the angle is the slope of the line passing through the same point and the origin. The graphs of sine, cosine, and tangent are created directly from this unit circle interpretation of the three functionsComponente Curricular::Ensino Médio::Matemátic
The resources presents a circumference of radius 1, with center in the origin of an orthogonal carte...
Move the slider or the locators to draw the graph of the sine functionComponente Curricular::Ensino ...
Move the slider or the locators to draw the graph of the sine functionComponente Curricular::Ensino ...
Let θ be an angle measured in radians drawn in standard position together with a unit circle. The ra...
Imagine a point that starts at (1,0) and rotates counterclockwise on the unit circle. If £ is the le...
Imagine a point that starts at (1,0) and rotates counterclockwise on the unit circle. If £ is the le...
University. When not teaching or doing graph theory, he spends time with his wife Micol and young da...
This Demonstration displays the equivalency of degree and radian measures for angles. The radius of ...
This Demonstration displays the equivalency of degree and radian measures for angles. The radius of ...
sin, cos and tan correspond respectively to the vertical, horizontal and ratio of side lengths in th...
sin, cos and tan correspond respectively to the vertical, horizontal and ratio of side lengths in th...
This Demonstration shows the relation between sin(x) , the measure x of the angle, and tan(x), where...
This Demonstration shows the relation between sin(x) , the measure x of the angle, and tan(x), where...
The demonstration is an interactive learning tool to help students understand the connection between...
The resources presents a circumference of radius 1, with center in the origin of an orthogonal carte...
The resources presents a circumference of radius 1, with center in the origin of an orthogonal carte...
Move the slider or the locators to draw the graph of the sine functionComponente Curricular::Ensino ...
Move the slider or the locators to draw the graph of the sine functionComponente Curricular::Ensino ...
Let θ be an angle measured in radians drawn in standard position together with a unit circle. The ra...
Imagine a point that starts at (1,0) and rotates counterclockwise on the unit circle. If £ is the le...
Imagine a point that starts at (1,0) and rotates counterclockwise on the unit circle. If £ is the le...
University. When not teaching or doing graph theory, he spends time with his wife Micol and young da...
This Demonstration displays the equivalency of degree and radian measures for angles. The radius of ...
This Demonstration displays the equivalency of degree and radian measures for angles. The radius of ...
sin, cos and tan correspond respectively to the vertical, horizontal and ratio of side lengths in th...
sin, cos and tan correspond respectively to the vertical, horizontal and ratio of side lengths in th...
This Demonstration shows the relation between sin(x) , the measure x of the angle, and tan(x), where...
This Demonstration shows the relation between sin(x) , the measure x of the angle, and tan(x), where...
The demonstration is an interactive learning tool to help students understand the connection between...
The resources presents a circumference of radius 1, with center in the origin of an orthogonal carte...
The resources presents a circumference of radius 1, with center in the origin of an orthogonal carte...
Move the slider or the locators to draw the graph of the sine functionComponente Curricular::Ensino ...
Move the slider or the locators to draw the graph of the sine functionComponente Curricular::Ensino ...