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2. A four-link mechanism is known to have a force P = 0 kN on link 4. Calculate the torque on link 2 ? (Analytical and graphical solution) B 45° 4 P 3. 2 4 T2= ? 45° 8 cm 27 cm 02A = 10 cm; AB = 15 cm; 04B = 14 cm. %3D Note Problem 2 without taking into account the weight of the сотponents

2. A four-link mechanism is known to have a force P = 0 kN on link 4. Calculate the torque on link 2 ? (Analytical and graphical solution) B 45° 4 P 3. 2 4 T2= ? 45° 8 cm 27 cm 02A = 10 cm; AB = 15 cm; 04B = 14 cm. %3D Note Problem 2 without taking into account the weight of the сотponents

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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2. A four-link mechanism is known to have a force P = 0 kN on link 4. Calculate the torque on link 2 ? (Analytical and graphical solution) B 45° 4 P 3. 2 4 T2= ? 45° 8 cm 27 cm 02A = 10 cm; AB = 15 cm; 04B = 14 cm. %3D Note Problem 2 without taking into account the weight of the сотponents
Transcribed Image Text:2. A four-link mechanism is known to have a force P = 0 kN on link 4. Calculate the torque on link 2 ? (Analytical and graphical solution) B 45° 4 P 3. 2 4 T2= ? 45° 8 cm 27 cm 02A = 10 cm; AB = 15 cm; 04B = 14 cm. %3D Note Problem 2 without taking into account the weight of the сотponents
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