Show the location of the axis of rotation and r for each force that produces torque in the diagram. Also, check calculations, I am off by 1 degree.
Show the location of the axis of rotation and r for each force that produces torque in the diagram. Also, check calculations, I am off by 1 degree.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Show the location of the axis of rotation and r for each force that produces torque in the diagram.
Also, check calculations, I am off by 1 degree.
![Any time you have to climb a ladder, you want the ladder to remain in static equilibrium. At
what angle should a 60-kg painter place his ladder against the wall in order to climb two-thirds
of the way up the ladder and have the ladder remain in static equilibrium? The ladder's mass is
10 kg and its length is 6.0 m. The exterior wall of the house is very smooth, meaning that it
exerts a negligible friction force on the ladder. The coefficient of static friction between the floor
and the ladder is 0.50.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4ec1b4bb-3a77-4645-a66a-1a686b9c0c3c%2Ff5dc134b-fafc-4bd0-9894-63d38e79d6fa%2F0yrcs5v_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Any time you have to climb a ladder, you want the ladder to remain in static equilibrium. At
what angle should a 60-kg painter place his ladder against the wall in order to climb two-thirds
of the way up the ladder and have the ladder remain in static equilibrium? The ladder's mass is
10 kg and its length is 6.0 m. The exterior wall of the house is very smooth, meaning that it
exerts a negligible friction force on the ladder. The coefficient of static friction between the floor
and the ladder is 0.50.
![Given
, F loor = mpig+ meg
し= Gmm
M= bekg
686N
Sfyc0 Friction force M FNi Fioo
Co. 50) C686) = 343M
L=6m
wall
smooth
TN, Froor
mcng
Et=0
M- mp.g
X 2 Cose +
X 4 cos.@ t Fx 6 sin@-Mx€0s
mcg
X6.
X 2C0S@ + 1o x9.8 x4 cos O + 343 x6sinô- 686 cose-o
1| 76 Cos Lo) t 392 (o5 6 2058 sin @ - 4116 CosO-
2548 Cos ☺.t2058Sin 6
60
こ6
cos e
cos e
-25 48 + 2058 tan Ce) =o
+2548
> 2058 tan 8=2548
2058
2058
+ 2 548
tan e=26, =eztan C26) =51.1
21
21
angie made byg ladder with verticol wall= 90-51.1= 38.9](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4ec1b4bb-3a77-4645-a66a-1a686b9c0c3c%2Ff5dc134b-fafc-4bd0-9894-63d38e79d6fa%2F5mkkai7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Given
, F loor = mpig+ meg
し= Gmm
M= bekg
686N
Sfyc0 Friction force M FNi Fioo
Co. 50) C686) = 343M
L=6m
wall
smooth
TN, Froor
mcng
Et=0
M- mp.g
X 2 Cose +
X 4 cos.@ t Fx 6 sin@-Mx€0s
mcg
X6.
X 2C0S@ + 1o x9.8 x4 cos O + 343 x6sinô- 686 cose-o
1| 76 Cos Lo) t 392 (o5 6 2058 sin @ - 4116 CosO-
2548 Cos ☺.t2058Sin 6
60
こ6
cos e
cos e
-25 48 + 2058 tan Ce) =o
+2548
> 2058 tan 8=2548
2058
2058
+ 2 548
tan e=26, =eztan C26) =51.1
21
21
angie made byg ladder with verticol wall= 90-51.1= 38.9
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