Graphical Solution Force Mass (kg) Force (N) Direction F1 0.100 20.0° F2 0.200 900" Resultant FRI Analytical Solution Fore Mass (kg) Force (N) Direction x-component у сотропеnt 0.100 20.0" F2 0.200 90.0" Resultant FRI
Graphical Solution Force Mass (kg) Force (N) Direction F1 0.100 20.0° F2 0.200 900" Resultant FRI Analytical Solution Fore Mass (kg) Force (N) Direction x-component у сотропеnt 0.100 20.0" F2 0.200 90.0" Resultant FRI
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Question
![2. One pulley is placed at the 20.0° mark on the force table with 0.100 kg (including the mass holder) on
the end of the string. The other pulley is placed at 90.0° with a suspended mass of 0.200 kg. Determine
the value of blank spaces.
Graphical Solution
Force
Mass (kg)
Force (N)
Direction
F1
0.100
20.0°
F2
0.200
90.0°
Resultant FRI
Analytical Solution
Force
Mass (kg)
Force (N)
Direction
x-component
у сотропеnt
F1
0.100
20.0°
F2
0.200
90.0"
Resultant FR1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0f72e4e3-de15-4261-bde6-8697b6e11698%2F4007bfa4-e987-4432-b33d-a602db7b8847%2Ft1rlg7s_processed.png&w=3840&q=75)
Transcribed Image Text:2. One pulley is placed at the 20.0° mark on the force table with 0.100 kg (including the mass holder) on
the end of the string. The other pulley is placed at 90.0° with a suspended mass of 0.200 kg. Determine
the value of blank spaces.
Graphical Solution
Force
Mass (kg)
Force (N)
Direction
F1
0.100
20.0°
F2
0.200
90.0°
Resultant FRI
Analytical Solution
Force
Mass (kg)
Force (N)
Direction
x-component
у сотропеnt
F1
0.100
20.0°
F2
0.200
90.0"
Resultant FR1
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