If you have ever ridden on a chair lift at a ski area and had it stop, you know that the chair will pull down on the cable, dropping you down to a lower height then when the chair is in motion. The figure shows a gondola that is stopped. Find the magnitude of the tension in the cable toward each end of the cable if the total weight of the gondola and its occupants is 1,900 pounds. Apply the rules regarding the use of significant digits after all computations are complete. a = 71.6, b = 74.6 |CA|= 3,300 lbs, |CB| = 3,240lbs |CA|= 3,290 lbs, |CB| = 3,2401lbs |CA= 3,303 lbs, ICB| = 3,441lbs |CA|= 3,290 lbs, ICB| = 3,4401bs O CA|= 3,289 lbs, ICB| = 3,238lbs O O O

Elementary Geometry for College Students
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ISBN:9781285195698
Author:Daniel C. Alexander, Geralyn M. Koeberlein
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Chapter8: Areas Of Polygons And Circles
Section8.5: More Area Relationships In The Circle
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If you have ever ridden on a chair lift at a ski area and had it stop, you know that the chair will pull down on the cable,
dropping you down to a lower height then when the chair is in motion. The figure shows a gondola that is stopped.
Find the magnitude of the tension in the cable toward each end of the cable if the total weight of the gondola and its
occupants is 1,900 pounds.
Apply the rules regarding the use of significant digits after all computations are complete.
a = 71.6, b = 74.6
B.
b°
OCA|= 3,300 lbs, |CB| = 3,240lbs
O CA|= 3,290 lbs, |CB| = 3,2401bs
%3D
|CA|= 3,303 lbs, |CB| = 3,4411bs
%3D
O ICA| = 3,290 1lbs, |CB| = 3,4401bs
O ICA|= 3,289 lbs, CB| = 3,238lbs
Transcribed Image Text:If you have ever ridden on a chair lift at a ski area and had it stop, you know that the chair will pull down on the cable, dropping you down to a lower height then when the chair is in motion. The figure shows a gondola that is stopped. Find the magnitude of the tension in the cable toward each end of the cable if the total weight of the gondola and its occupants is 1,900 pounds. Apply the rules regarding the use of significant digits after all computations are complete. a = 71.6, b = 74.6 B. b° OCA|= 3,300 lbs, |CB| = 3,240lbs O CA|= 3,290 lbs, |CB| = 3,2401bs %3D |CA|= 3,303 lbs, |CB| = 3,4411bs %3D O ICA| = 3,290 1lbs, |CB| = 3,4401bs O ICA|= 3,289 lbs, CB| = 3,238lbs
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