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The mechanical structure of a rotational system is given as shown. K shows the spring coefficients, B shows the viscous damping coefficients, N shows the number of theeth of gears and Jshows the moment of inertia. An external torque T(t) is applied to the system as shown. Draw the equivalent system (without gears) using the "reflecting impedances" method and derive the equations of motion.

The mechanical structure of a rotational system is given as shown. K shows the spring coefficients, B shows the viscous damping coefficients, N shows the number of theeth of gears and Jshows the moment of inertia. An external torque T(t) is applied to the system as shown. Draw the equivalent system (without gears) using the "reflecting impedances" method and derive the equations of motion.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The mechanical structure of a rotational system is given as shown. K shows the spring coefficients, B shows the viscous damping coefficients, N shows the number of theeth of gears and Jshows the moment of inertia. An external torque T(t) is applied to the system as shown. Draw the equivalent system(without gears) using the "reflecting impedances" method and derive the equations of motion. XXXXXXXX relle K₁ Dicci K₂ eeee CC T(t) 0₁(t) J₁ N₂ N₁ J₂
Transcribed Image Text:The mechanical structure of a rotational system is given as shown. K shows the spring coefficients, B shows the viscous damping coefficients, N shows the number of theeth of gears and Jshows the moment of inertia. An external torque T(t) is applied to the system as shown. Draw the equivalent system(without gears) using the "reflecting impedances" method and derive the equations of motion. XXXXXXXX relle K₁ Dicci K₂ eeee CC T(t) 0₁(t) J₁ N₂ N₁ J₂
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