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What else can I help you with?
What is the ratio of opposite to hypotenuse?
It is the sine ratio.
How sin90degree equals 1?
Sin = Opposite/ Hypotenuse. If the angle is 90o then the Opposite IS the Hypotenuse so the ratio is 1.
Why is the ratio of opposite to hypotenuse?
The ratio can be used to calculate additional information about the sides or angles of a triangle.
What ratio do you use to find the sine of an angle in a right triangle?
Sine ratio = opposite/hypotenuse
The ratio of the opposite and hypotenuse sides of a right triangle?
It's Sine!
What is the ratio of opposite to hypotenuse?
It is the sine ratio.
The sine ratio of an angle is the opposite side over the adjacent side?
Opposite over hypotenuse. Sin=opposite/hypotenuse cos=adjacent/hypotenuse tan=opposite/adjacent
How sin90degree equals 1?
Sin = Opposite/ Hypotenuse. If the angle is 90o then the Opposite IS the Hypotenuse so the ratio is 1.
What ratio of the opposite leg length to the hypotenuse length?
its the cosine.. thanks to the dude up there i got it wrong and that was my answer for 4.1.3.
The sine of an angle is equal to what ratio?
Sine = opposite / hypotenuse
Is a ratio of the length of the opposite leg to the length of the hypotenuse?
Sine
What is the ratio of the length of the opposite leg to the length of the hypotenuse?
sine
The tangent of an angle equals the ratio of the what?
in a right trianlge the tangent is the ratio of Opposite/Adjacentcosine is Adjacent/Hypotenusesine is Opposite/Hypotenuse
What is the ratio of the side opposite the angle to the length of the hypotenuse?
The side opposite the 30° angle is 1/2 the hypotenuse or 0.5 hThe side opposite the 60° angle is (sin60°) times the hypotenuse or about 0.866 h
What ratio do you use to find the sine of an angle in a right triangle?
Sine ratio = opposite/hypotenuse
Why is the ratio of opposite to hypotenuse?
The ratio can be used to calculate additional information about the sides or angles of a triangle.
The ratio of the opposite and hypotenuse sides of a right triangle?
It's Sine!
