m M₁ > > > > > ) "²" Select e: -1.0 kNm Two parts shaft of lengths I₁ = 2 m, L,- 1.6 m is loaded by two concentrated moments M₁ = 4 kNm, M₁ = = 2 kNm and the distributed moment of the intensity m = 1.5 kNm/m -2.2 kNm Define the torque in the cross-section of shaft z = 0 m. Note: The torque is accepte as positive, if looking at the shaft section plane from outside, the moment actoin can be seen in the counter-clockwise direction 1.3 kNm L₁ 2.2 kNm L₂ 1.0 kNm M₂ Z
m M₁ > > > > > ) "²" Select e: -1.0 kNm Two parts shaft of lengths I₁ = 2 m, L,- 1.6 m is loaded by two concentrated moments M₁ = 4 kNm, M₁ = = 2 kNm and the distributed moment of the intensity m = 1.5 kNm/m -2.2 kNm Define the torque in the cross-section of shaft z = 0 m. Note: The torque is accepte as positive, if looking at the shaft section plane from outside, the moment actoin can be seen in the counter-clockwise direction 1.3 kNm L₁ 2.2 kNm L₂ 1.0 kNm M₂ Z
Mechanics of Materials (MindTap Course List)
9th Edition
ISBN:9781337093347
Author:Barry J. Goodno, James M. Gere
Publisher:Barry J. Goodno, James M. Gere
Chapter1: Tension, Compression, And Shear
Section: Chapter Questions
Problem 1.3.18P: A stepped shaft ABC consisting of two solid, circular segments is subjected to uniformly distributed...
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Question
6
![m
M₁
> > > > > >
L1
Two parts shaft of lengths I₁ = 2 m, L₂ = 1.6 m is loaded by two concentrated moments
M₁ = 4 kNm, M₁ = 2 kNm and the distributed moment of the intensity m = 1.5 kNm/m
Select one:
Ⓒ-1.0 kNm
Define the torque in the cross-section of shaft z = 0 m.
Note: The torque is accepte as positive, if looking at the shaft section plane from outside, the moment actoin
can be seen in the counter-clockwise direction
-2.2 kNm
1.3 kNm
L₂
2.2 kNm
M₂
1.0 kNm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa4767817-83ca-4d4b-8f4a-28f311f623cc%2Ff162bf75-52d2-4d60-ab91-f1270f3f0f4c%2F0cspsn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:m
M₁
> > > > > >
L1
Two parts shaft of lengths I₁ = 2 m, L₂ = 1.6 m is loaded by two concentrated moments
M₁ = 4 kNm, M₁ = 2 kNm and the distributed moment of the intensity m = 1.5 kNm/m
Select one:
Ⓒ-1.0 kNm
Define the torque in the cross-section of shaft z = 0 m.
Note: The torque is accepte as positive, if looking at the shaft section plane from outside, the moment actoin
can be seen in the counter-clockwise direction
-2.2 kNm
1.3 kNm
L₂
2.2 kNm
M₂
1.0 kNm
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9781337093347
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