WorksheetsQuiz NO. 2 in Statics of Rigid Bodies
Total questions: 13
Worksheet time: 59mins
Instruction:
Each question in this quiz is allotted 5 minutes. You are expected to submit your answer before the five minutes allotted time.
CN is the last two non-zero digits of your cellphone number
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Referring to the cantilever framework shown in the figure, determine the following:
The angle between the cable AD and the boom ABC
Referring to the cantilever framework shown in the figure, determine the following:
The distance between the point E and the cable AD
Referring to the cantilever framework shown in the figure, determine the following:
The distance between the point D and the cable BE
Referring to the cantilever framework shown in the figure, determine the following:
The distance between O and the boom ABC
Referring to the cantilever framework shown in the figure, determine the following:
The shortest distance between the cables AD and BE
Referring to the cantilever framework shown in the figure, if the tension in the cable AD has a magnitude of 1.50(CN) in Newton, solve the following:
The magnitude of the component of the force on cable AD along the direction of the boom ABC
Referring to the cantilever framework shown in the figure, if the tension in the cable AD has a magnitude of 1.50(CN) in Newton, solve the following:
The magnitude of the component of the force on cable AD parallel to cable BE
Referring to the cantilever framework shown in the figure, if the tension in the cable AD has a magnitude of 1.50(CN) in Newton, solve the following:
The magnitude of the component of AD perpendicular to plane AEB
Referring to the cantilever framework shown in the figure, if the tension in the cable BE has a magnitude of 2(CN) in Newton, solve the following:
The magnitude of the component of the force on cable BE along the direction of the boom ABC
Referring to the cantilever framework shown in the figure, if the tension in the cable BE has a magnitude of 2(CN) in Newton, solve the following:
The magnitude of the component of the force on cable BE parallel to cable AD
Referring to the cantilever framework shown in the figure, if the tension in the cable BE has a magnitude of 2(CN) in Newton, solve the following:
The magnitude of the component of AD perpendicular to plane ADB
