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Below is the arrangement for a gear train. A motor delivers 200-hp at 540-RPM to the input gear A. Gear A B C D E F ¡A Direction CW (a) (b) (c) (d) (e) B ic Number of teeth (f) 18 (g) 16 (h) 40 E iD iF Diametral Pitch 4 (j) (k) (1) 6 (m) Determine the output torque of gear F. A/ Pitch Diameter 7.50" (n) 10.00" 3.20" 8.00" (p) Speed (RPM) Center Distance (q) (w) (r) (s) (x) (t) (u) (y) (v)

Below is the arrangement for a gear train. A motor delivers 200-hp at 540-RPM to the input gear A. Gear A B C D E F ¡A Direction CW (a) (b) (c) (d) (e) B ic Number of teeth (f) 18 (g) 16 (h) 40 E iD iF Diametral Pitch 4 (j) (k) (1) 6 (m) Determine the output torque of gear F. A/ Pitch Diameter 7.50" (n) 10.00" 3.20" 8.00" (p) Speed (RPM) Center Distance (q) (w) (r) (s) (x) (t) (u) (y) (v)

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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## Gear Train Arrangement and Analysis ### Gear Train Diagram: Below is the arrangement for a gear train. A motor delivers 200-hp at 540-RPM to the input gear A. [Diagram of gear arrangement connected in sequence A, B, C, D, E, and F] ### Gear Data Table This table lists the characteristics and parameters of each gear in the train. | Gear | Direction | Number of teeth | Diametral Pitch | Pitch Diameter | Speed (RPM) | Center Distance | |------|--------------------|-----------------|-----------------|----------------|-------------|-----------------| | A | CW | (f) | 4 | 7.50” | (q) | (w) | | B | (a) | 18 | (j) | (n) | (r) | (x) | | C | (b) | (g) | (k) | 10.00” | (s) | (x) | | D | (c) | 16 | (l) | 3.20” | (t) | (x) | | E | (d) | (h) | 6 | 8.00” | (u) | (y) | | F | (e) | 40 | (m) | (p) | (v) | (y) | ### Analysis Task: **Determine the output torque of gear F.** (Output Torque Calculation Box for Gear F) ### Diagram Explanation: The diagram shows six gears arranged in a vertical layout, interacting with each other to form the gear train. Gear A is directly driven by the motor, and its movement drives the subsequent gears. Each gear meshes with the next: - Gear A engages with Gear B. - Gear B engages with Gear C. - Gear C engages with Gear D. - Gear D engages with Gear E. - Gear E engages with Gear F. By analyzing the gear ratios, speeds, and distances from the table, one can calculate the output torque of the final gear (Gear F) when provided with the necessary parameters.
Transcribed Image Text:## Gear Train Arrangement and Analysis ### Gear Train Diagram: Below is the arrangement for a gear train. A motor delivers 200-hp at 540-RPM to the input gear A. [Diagram of gear arrangement connected in sequence A, B, C, D, E, and F] ### Gear Data Table This table lists the characteristics and parameters of each gear in the train. | Gear | Direction | Number of teeth | Diametral Pitch | Pitch Diameter | Speed (RPM) | Center Distance | |------|--------------------|-----------------|-----------------|----------------|-------------|-----------------| | A | CW | (f) | 4 | 7.50” | (q) | (w) | | B | (a) | 18 | (j) | (n) | (r) | (x) | | C | (b) | (g) | (k) | 10.00” | (s) | (x) | | D | (c) | 16 | (l) | 3.20” | (t) | (x) | | E | (d) | (h) | 6 | 8.00” | (u) | (y) | | F | (e) | 40 | (m) | (p) | (v) | (y) | ### Analysis Task: **Determine the output torque of gear F.** (Output Torque Calculation Box for Gear F) ### Diagram Explanation: The diagram shows six gears arranged in a vertical layout, interacting with each other to form the gear train. Gear A is directly driven by the motor, and its movement drives the subsequent gears. Each gear meshes with the next: - Gear A engages with Gear B. - Gear B engages with Gear C. - Gear C engages with Gear D. - Gear D engages with Gear E. - Gear E engages with Gear F. By analyzing the gear ratios, speeds, and distances from the table, one can calculate the output torque of the final gear (Gear F) when provided with the necessary parameters.
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