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G 4-2G4a. I can solve for missing sides in a triangle using sine, cosine, tangent, and the Pythagorean theorem. In a right triangle….
sin (θ )=opposite sidehypotenuse
Example: Solve for x.
In a right triangle….
cos (θ )=adjacent sidehypotenuse
Example: Solve for x.
In a right triangle….
tan (θ )= opposite sideadjacent side
Example: Solve for x.
G 4-2G4a. I can solve for missing sides in a triangle using sine, cosine, tangent, and the Pythagorean theorem. In a right triangle….
sin (θ )=opposite sidehypotenuse
Example: Solve for x.
In a right triangle….
cos (θ )=adjacent sidehypotenuse
Example: Solve for x.
In a right triangle….
tan (θ )= opposite sideadjacent side
Example: Solve for x.
G 4-2G4a. I can solve for missing sides in a triangle using sine, cosine, tangent, and the Pythagorean theorem. In a right triangle….
sin (θ )=opposite sidehypotenuse
Example: Solve for x.
In a right triangle….
cos (θ )=adjacent sidehypotenuse
Example: Solve for x.
In a right triangle….
tan (θ )= opposite sideadjacent side
Example: Solve for x.
