The volume of each hemisphere is represented by the polynomial x^3 − 70x^2 + 360x − 1800. Explain how to rewrite your answer for question 1 to reflect the volume of the fish tank after the hemispheres are installed. Then carry out your plan. Show your work.

The volume of each hemisphere is represented by the polynomial x3 70x2 360x 1800 Explain how to rewrite your answer for question 1 to reflect the volume of the class=

Respuesta :

A polynomial consists of exponential variables which are non negative

Tank volume with hemisphere installed is 6·x³ - 300·x² + 6480·x - 32400

Reason:

The given parameter are;

The length, L of the new tank = (2·x - 30)

The width, W, of the new tank = (2·x - 20)

The height, H, of the new tank = (2·x - 60)

The volume of the hemisphere, Vₐ = x³ - 70·x² + 360·x - 1800

The answer to question 1. is; The volume of the new tank, V = L × W × H

  • ∴ V = (2·x - 30)·(2·x - 20)·(2·x - 30)

The volume of the new tank with the hemispheres installed, V' = V - 2·Vₐ

∴ V' = (2·x - 30)·(2·x - 20)·(2·x - 30) - 2×(x³ - 70·x² + 360·x - 1800)

Which gives;

  • V' = 6·x³ - 300·x² + 6480·x - 32400

Volume of the new tank with the hemispheres installed, V' = 6·x³ - 300·x² + 6480·x - 32400

Learn more about polynomials here:

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