What is the general solution of the differential equation y+4y = tan 2x?O y = C cos 2z +C, sin 2a – sin 2a In(sec 2a + tan 22)O y = C cos 2x +C sin 20 - cos 20 In(sec 2x + tan 22)O y = C, cos 2z +C sin 2s +sin 2a In(sec 2a + tan 2a)O y = C1 cos 2 + C sin 2 +cos 2m In(sec 20 + tan 2a)

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%3D What is the general solution of the differential equation y +4y = tan 2x? O y = C cos 2a +C sin 22 - sin 20 In(sec 2a + tan 2a) O y = C cos 2a +Cz sin 22 – cos 2a In(sec 2a +tan 2a) O y = C cos 2z + C, sin 2z + sin 20 In(sec 2a + tan 2a) y = C1 cos 2e + Cz sin 2 +cos 20 In(sec 2a + tan 2a)

%3D What is the general solution of the differential equation y +4y = tan 2x? O y = C cos 2a +C sin 22 - sin 20 In(sec 2a + tan 2a) O y = C cos 2a +Cz sin 22 – cos 2a In(sec 2a +tan 2a) O y = C cos 2z + C, sin 2z + sin 20 In(sec 2a + tan 2a) y = C1 cos 2e + Cz sin 2 +cos 20 In(sec 2a + tan 2a)

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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Concept explainers

Dimensional homogeneity

The term dimensional homogeneity means that in an equation, the dimensions of each term on both sides are equal, which means the dimensions of the left-hand side (LHS) of an equation are similar to the dimensions of the right-hand side (RHS). For a dimensionally homogeneous equation, the powers of fundamental dimensions will be identical on both sides of the equation.

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What is the general solution of the differential equation y+4y = tan 2x?
O y = C cos 2z +C, sin 2a – sin 2a In(sec 2a + tan 22)
O y = C cos 2x +C sin 20 - cos 20 In(sec 2x + tan 22)
O y = C, cos 2z +C sin 2s +sin 2a In(sec 2a + tan 2a)
O y = C1 cos 2 + C sin 2 +cos 2m In(sec 20 + tan 2a)

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