Wcy = = 10 kN The 10-kN cylinder shown in Fig. P-514 is held at rest on the 30° incline by a weight P suspended from a cord wrapped around the cylinder. If slipping impends, determine P and the coefficient of friction 20 cm MATHalino com 30° P Figure P-514
Wcy = = 10 kN The 10-kN cylinder shown in Fig. P-514 is held at rest on the 30° incline by a weight P suspended from a cord wrapped around the cylinder. If slipping impends, determine P and the coefficient of friction 20 cm MATHalino com 30° P Figure P-514
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Weyl
= 10 kN
The 10-kN cylinder shown in Fig. P-514 is held at rest on
the 30° incline by a weight P suspended from a cord
wrapped around the cylinder. If slipping impends,
determine P and the coefficient of friction
20 cm
ATHaling
30°
Figure P-514](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcaa02693-7dc2-4821-8a27-eb2197dd1eca%2F74a70edd-1eab-4a43-839d-6ffde3a0b822%2F7pw9ou_processed.png&w=3840&q=75)
Transcribed Image Text:Weyl
= 10 kN
The 10-kN cylinder shown in Fig. P-514 is held at rest on
the 30° incline by a weight P suspended from a cord
wrapped around the cylinder. If slipping impends,
determine P and the coefficient of friction
20 cm
ATHaling
30°
Figure P-514
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