NUMERICAL SOLUTIONS (Methods in solving Non-linear equations.) UPVOTE WILL BE GIVEN. Please write the complete solutions legibly and completely. No long explanation needed. Answer in 2 decimal places. The length of a belt in an open-belt drive, L, is given by:whereandL = √4c²-(D-d)² + ¹/{D÷₂+d²₂}8p=7+2sin-¹ D-d2c8₁ = π-2 sin-¹D-d2c c is the center distance, D is the diameter of the larger pulley, d is the diameterof the smaller pulley, D is the angle of contact of the belt with the larger pulley,and ed is the angle of contact of contact of the belt with the smaller pulley.DIFigure 1. Open belt drive.If the belt having a length 11m is used to connect the two pulleys with diameters0.4m and 0.2m, determine the center distance between the pulleys usingNewton-Raphson Method. Terminate the computation when Za < 0.0005%.

Newton-Raphson Method: Newton-Raphson method is also known as the Newton method. It is the most…

Answered: The length of a belt in an open-belt…

The length of a belt in an open-belt drive, L, is given by: where and L = √4c² −(D−d)² + ¹/{D®₂ +ªº₂} 8p=7+2sin-¹ D-d 2c 8₂-7-2 sin-¹ (D-d).

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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NUMERICAL SOLUTIONS (Methods in solving Non-linear equations.)

UPVOTE WILL BE GIVEN. Please write the complete solutions legibly and completely. No long explanation needed. Answer in 2 decimal places.

The length of a belt in an open-belt drive, L, is given by:
where
and
L = √4c²-(D-d)² + ¹/{D÷₂+d²₂}
8p=7+2sin-¹ D-d
2c
8₁ = π-2 sin-¹
D-d
2c

c is the center distance, D is the diameter of the larger pulley, d is the diameter
of the smaller pulley, D is the angle of contact of the belt with the larger pulley,
and ed is the angle of contact of contact of the belt with the smaller pulley.
DI
Figure 1. Open belt drive.
If the belt having a length 11m is used to connect the two pulleys with diameters
0.4m and 0.2m, determine the center distance between the pulleys using
Newton-Raphson Method. Terminate the computation when Za < 0.0005%.

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