Q4/ The solid shown consists of a cone of radius (r) and height (h₁) anda cylinder of radius (r) and height (h₂), the dimensions at any time (t)are given by:r = 2 + th₁ = 3t²-t, h₂= t³ - (1²/2)SUsing the Chain Rule for partial derivatives to find the rate of changing in volume ofthe solid (V) at (t = 1)Ans./ 40Thlh2

Answered: Image /qna-images/answer/b2d9acc8-b9e2-4b95-bd64-fcf93a8b6fd1.jpg

Q4/ The solid shown consists of a cone of radius (r) and height (h₁) and a cylinder of radius (r) and height (h₂), the dimensions at any time (t) I are given by: r=2+t, h₁ = 3t²-t, h₂=t³-(1²/2) Using the Chain Rule for partial derivatives to find the rate of changing in volume of the solid (V) at (t = 1) Ans./ 40T hl h2

Q4/ The solid shown consists of a cone of radius (r) and height (h₁) and a cylinder of radius (r) and height (h₂), the dimensions at any time (t) I are given by: r=2+t, h₁ = 3t²-t, h₂=t³-(1²/2) Using the Chain Rule for partial derivatives to find the rate of changing in volume of the solid (V) at (t = 1) Ans./ 40T hl h2

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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