Convert the strength of selected Materials given in the accompanying table from MPa to ksi, where 1000Ib:/in? = 1ksi.MaterialsAluminum AlloysUltimate Strength (MPa)100 – 55010 - 70340 - 530Ultimate Strength (ksi)ConcreteStructural Steel2. Convert the information given below:a.) Value of Area, A = 24 in² to ft?b.) Value of volume, V = 64 m³ to ft³c.) Value of area moment of inertia, I = 250 x 105 in* to m43. Which one of the following equations is dimensionally homogenous? Show your proof.1a. Flos – x) = mV - mV;2b. F=mV}1c. F(V; – V.) = -mx} - mx?d. F(, - 4) = mV, – mV

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Convert the strength of selected Materials given in the accompanying table from MPa to ksi, where 1000 Ib:/in? = 1ksi. Materials Aluminum Alloys Concrete Structural Steel Ultimate Strength (MPa) Ultimate Strength (ksi) 100 – 550 10 - 70 340 - 530 2. Convert the information given below: a.) Value of Area, A = 24 in² to ft2 b.) Value of volume, V = 64 m³ to ft³ c.) Value of area moment of inertia, I = 250 x 105 in* to mª 3. Which one of the following equations is dimensionally homogenous? Show your proof. a. Fos – *) = mV} - mV; b. F = mV; - mv; c. F(V, – V) = -mx3 - -mx? d. F(, - 4) = mVz – mV,

Convert the strength of selected Materials given in the accompanying table from MPa to ksi, where 1000 Ib:/in? = 1ksi. Materials Aluminum Alloys Concrete Structural Steel Ultimate Strength (MPa) Ultimate Strength (ksi) 100 – 550 10 - 70 340 - 530 2. Convert the information given below: a.) Value of Area, A = 24 in² to ft2 b.) Value of volume, V = 64 m³ to ft³ c.) Value of area moment of inertia, I = 250 x 105 in* to mª 3. Which one of the following equations is dimensionally homogenous? Show your proof. a. Fos – *) = mV} - mV; b. F = mV; - mv; c. F(V, – V) = -mx3 - -mx? d. F(, - 4) = mVz – mV,

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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