Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -10 to 10.…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -10 to 10.…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -10 to 10.…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -2 to 2. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -2 to 2. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -2 to 2. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -3 to 3. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -3 to 3. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -3 to 3. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -4 to 4. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -4 to 4. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -4 to 4. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -5 to 5. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -5 to 5. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -5 to 5. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -6 to 6. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -6 to 6. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -6 to 6. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -7 to 7. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -7 to 7. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -7 to 7. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -8 to 8. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -8 to 8. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -8 to 8. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -9 to 9. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -9 to 9. The…
Illustration of a trigonometric grid with a domain from -4π to 4π and a range from -9 to 9. The…
Roof with a slope of 30 degrees. Angle theta is the inclination to the horizontal of the line AB, drawn…
Secant and Cosecant curves plotted from negative pi to 2 pi. Graph of y=sec x and y=csc x.
Sine curves of varying frequency and amplitude plotted from 0 to 2 pi. Graph of y= sin θ, y= 1/2…
Sine curves of varying frequency plotted from 0 to 2 pi. Graph of y= sin t, y= r sin1/2t, y=r sin 2t.
Two set squares, whose sides are 3,4, and 5 in., are placed so that their 4-in. sides and right angles…
Tangent and Cotangent curves plotted from negative pi to 2 pi. Graph of y=tan x and y=cot x.
Triangle ABC with sides a,b,c labeled and angles A,B,C labeled and h labeled as height.
Illustration showing ambiguous case when the solution is not a triangle using law of sines.
Illustration of oblique triangle used to find distance across a river.
Illustration of oblique triangle used to find distance across a river.
Illustration of oblique triangle used to find distance across a lake.
Triangle ABC with sides a,b,c labeled and angles A,B,C labeled and h labeled as height.
Right triangle ABC with angles A, B, C to be used for finding distance across a river. This is a trigonometry…
Right triangle OCB that can be used to show the relationships between x, y, r, and Θ.
Right triangle OQP with angle of 35 degrees, height of .70 inches, and leg of 1 inch.
Right triangle OQP with angle of 40 degrees, height of .64 inches, and hypotenuse of 1 inch.
Triangle ABC and triangle ABC'. This illustration could be used to demonstrate the law of sines.
Illustration of the resultant vector when two vectors are acting upon a body at point P at 90 degrees.
Illustration of the resultant vector when two vectors are acting upon a body at point P.
Illustration of the resultant vector when two vectors are acting upon a body at point P at Ǝ degrees.
Illustration of the resultant vector when four vectors are acting upon a body at point P.