Q: How do you figure out the perimeter of an triangle when you only have a measurement for the hypotenuse?

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yes

Sum of dimensions of all sides

No, the hypotenuse of a triangle does not represent a third dimension. A triangle is a 2 dimensional figure consisting of only dimensions in terms of x and y. In order to be a 3d figure it would need dimensions defined in terms of x, y, and z.

Pythagoras worked out that for any right angle triangle that its hypotenuse when squared is equal to the sum of its squared sides.

Without knowing any other property of that triangle, you can't.

Related questions

The hypotenuse is the largest side of a right angle triangle

yes

Sum of dimensions of all sides

No, the hypotenuse of a triangle does not represent a third dimension. A triangle is a 2 dimensional figure consisting of only dimensions in terms of x and y. In order to be a 3d figure it would need dimensions defined in terms of x, y, and z.

We use perimeter to measure the length and breadth so that we can easily find out the measurement of a figure

Pythagoras worked out that for any right angle triangle that its hypotenuse when squared is equal to the sum of its squared sides.

Without knowing any other property of that triangle, you can't.

If it is and equilateral triangle, the perimeter is 12, otherwise it is impossible to figure out without any angle measurements or other sides lengths

There is no way to find perimeter from a 3D figure. However, you can find the perimeter of a side of a triangular prism by using perimeter formulas for a parallelogram or triangle.

Any shape you want. "Perimeter" is not some esoteric function, it is merely the total measurement of the sides of the figure.

Both are the measurement of the outside edge of a figure, circumference relates specifically to a circle, and perimeter refers to polygons.

You have to figure out the two sides. You must have the angles of the triangle and use the sin, cos, and tan functions to figure out the sides. Remember "Oscar Had a Hint of Apples?' sin (x) = o/h cos (x) = a/h tan (x) = o/a So, if the hypotenuse is the only side known, multiply the sin of the angle of the opposite side by the hypotenuse. This gives you the opposite side. Then you can divide the tangent of the angle by the opposite side to get the adjacent side.