**Given Right Triangle Jkm, Which Correctly Describes The Locations Of The Sides In Relation To ∠J?**. Given the right triangle, jkm describes the location of sides in relation to angle j. 4) a is adjacent, b is opposite, c is the hypotenuse.

Triangle j k m is shown. Given right triangle xyz, which correctly describes the locations of the sides in relation to ∠y? Sin (c) =root of 3/2.

### Given Right Triangle Mno, Which Represents The Value Of Cos(M)?

Given the right triangle, jkm describes the location of sides in relation to angle j. Given the right triangle jkm, which correctly describes the locations of the sides in relation to ∠j? (1) a is the hypotenuse, b is adjacent, c is opposite (2) a is the hypotenuse, b is opposite, c is adjacent (3) a is adjacent, b is opposite, c is the hypotenuse (4) a is opposite, b is the hypotenuse, c is adjacent

### Given Right Triangle Jkm, Which Correctly Describes The Locations Of The Sides In Relation To ∠J?

The length of hypotenuse k j is a, the length of j m is b, and the length of k m is c. A is the hypotenuse, b is adjacent, c is opposite. A is adjacent, b is opposite, c is the hypotenuse.

### 4) A Is Adjacent, B Is Opposite, C Is The Hypotenuse.

2) a is the hypotenuse, b is opposite, c is adjacent. Given right triangle pqr, which represents the value of sin(p)? 1) a is opposite, b is adjacent, c is the hypotenuse.

### Given Right Triangle Jkm, Which Correctly Describes The Locations Of The Sides In Relation To ∠J?

The length of hypotenuse k j is a, the length of j m is b, and the length of k m is c. Angle j m k is a right angle. Given right triangle jkm, which correctly describes the locations of the sides in relation to ∠j?

### Given The Right Triangle, Jkm Describes The Location Of Sides In Relation To Angle J.

Given right triangle xyz, which correctly describes the locations of the sides in relation to ∠y? Given right triangle jkm, which correctly describes the locations of the sides in relation to ∠j? Which trigonometric ratios are correct for triangle abc?