supply crates of 50. What makes things worse is that crate tethered to crate B with a lightweight rope ce you're shorter than crate A, you pull m a line parallel to the incline as00s 8 block and the surface is mk - 0.10. Assume Em\003.0 Em\gDOF! # miliso srls of berlastte gninge leainev A SE art di mont gaur aim zesm to bold & ner o yonsupst 1slugns srt .stelliozo of enige 2\b61 880.0 A 2\bsi €85 2\bs7 00S 0 2\b61 OPII O 929d1 to 9 3 B
supply crates of 50. What makes things worse is that crate tethered to crate B with a lightweight rope ce you're shorter than crate A, you pull m a line parallel to the incline as00s 8 block and the surface is mk - 0.10. Assume Em\003.0 Em\gDOF! # miliso srls of berlastte gninge leainev A SE art di mont gaur aim zesm to bold & ner o yonsupst 1slugns srt .stelliozo of enige 2\b61 880.0 A 2\bsi €85 2\bs7 00S 0 2\b61 OPII O 929d1 to 9 3 B
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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I need help in this problem please
![L1. Uff dal You've been tasked with pulling two heavy supply crates of mass mA = 30 kg and mB =
10 kg up the side of a mountain with incline angle q = 25°. What makes things worse is that crate
B has fallen into a crevice as shown. Luckily, crate A is tethered to crate B with a lightweight rope
over an ideal pulley (frictionless, negligible mass). Since you're shorter than crate A, you pull
crate A with a force F at an angle f = 10° downward from a line parallel to the incline as 005 .8
shown. The coefficient of kinetic friction between the block and the surface is mk = 0.10. Assume
you are successful at accelerating crate A up the incline.
**word propiem is Wor
F
noitizoq mundiliupe na om=bvzarotee gniliso srls of borostte gninqe 16olhev A.S12
bns b926919 brs berfotenta ut nerij zibold anT di mont gaud 21 m 22sm to doold s nerw
:ad fliw madzyz grtad to voneupant slugns 9rt stelliczo of 2niged
2\b61 880.0 A
2\bs1 EE 8
2\bs1 00S 0
(a) Draw a Free Body Diagram of Crate A.
b
(b) Draw a Free Body Diagram of Crate B.
Ꮎ .
nol
nning on a horiz
Te the Disk+B
conds.
Em\g:l 008.0
Em\gxOT 3
B
2\b61 OPII O
929d1 to 90W 3
In addition to labeled forces, each of your free-body diagrams should include the direction of
acceleration and a coordinate system.
(c) If Crate A accelerates up the incline at 1.0 m/s², determine the magnitude of the force F.
WON
ਨਾਮ](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F28fbeab7-1d57-40a7-9ffb-c1f85476349e%2F84d4b503-3308-4293-8665-8349528c8e5b%2Fqt3y87n_processed.png&w=3840&q=75)
Transcribed Image Text:L1. Uff dal You've been tasked with pulling two heavy supply crates of mass mA = 30 kg and mB =
10 kg up the side of a mountain with incline angle q = 25°. What makes things worse is that crate
B has fallen into a crevice as shown. Luckily, crate A is tethered to crate B with a lightweight rope
over an ideal pulley (frictionless, negligible mass). Since you're shorter than crate A, you pull
crate A with a force F at an angle f = 10° downward from a line parallel to the incline as 005 .8
shown. The coefficient of kinetic friction between the block and the surface is mk = 0.10. Assume
you are successful at accelerating crate A up the incline.
**word propiem is Wor
F
noitizoq mundiliupe na om=bvzarotee gniliso srls of borostte gninqe 16olhev A.S12
bns b926919 brs berfotenta ut nerij zibold anT di mont gaud 21 m 22sm to doold s nerw
:ad fliw madzyz grtad to voneupant slugns 9rt stelliczo of 2niged
2\b61 880.0 A
2\bs1 EE 8
2\bs1 00S 0
(a) Draw a Free Body Diagram of Crate A.
b
(b) Draw a Free Body Diagram of Crate B.
Ꮎ .
nol
nning on a horiz
Te the Disk+B
conds.
Em\g:l 008.0
Em\gxOT 3
B
2\b61 OPII O
929d1 to 90W 3
In addition to labeled forces, each of your free-body diagrams should include the direction of
acceleration and a coordinate system.
(c) If Crate A accelerates up the incline at 1.0 m/s², determine the magnitude of the force F.
WON
ਨਾਮ
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