Tess created a pythagorean triple of (24, 32, 40) by multiplying the known pythagorean triple 3, 4, and 5 by 8. is tess correct? can a pythagorean triple be created using multiplies of a known pythagorean triple. yes, as long as each number in the pythagorean triple is multiplied by the same whole number. yes, as long as each number in the pythagorean triple is multiplied by a different whole number. no, pythagorean triples only exist with small numbers. no, multiplying a known pythagorean triple by a whole number will not create a pythagorean triple.

answer:   first option is correct i.e.   yes, as long as each number in the pythagorean triple is multiplied by the same whole number.

step-by-step explanation:

since we know that

(3,4,5) is a pythagorean triplet.

here, h = 5

b = 3

p = 4

and it satisfies the pythagorus theorem:

we need to test (24,32,40)

it is formed by multiplying 8 by the pythagorean triplet (3,4,5)

so, now,

h = 40

b = 24

p = 32

and it is too a pythagorean triplet as long as each number in the pythagorean triplet is multiplied by the same whole number it will satisfies the "pythagorus theorem".

hence, first option is correct.

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a net is a diagram that shows a “flattened” view of a solid. in a net, each face and base is shown with all of its dimensions. a net can also serve as a pattern to build a three-dimensional solid.

a pyramid is a three-dimensional object with a base that is a polygon and triangular faces that meet at one vertex.

" the net of a triangular pyramid consists of four triangles. the base here we are given of the pyramid is a equilateral   triangle, and the lateral faces are also triangles "