Q.1 (a) Moment is one of a physical quantity that is formulated from the relationship of force F and moment am d. (i) Describe the formula and the relationship (ii) Based on Figure Q.1(a), compare the magnitude of the resultant moments Mo, Mon and Ma Mas (a) (e) Figure Q. 1(a) OLOG

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Q.1
(a) Moment is one of a physical quantity that is formulated from the relationship of
force F and moment am d.
(i) Describe the formula and the relationship
(ii) Based on Figure Q.1(a), compare the magnitude of the resultant moments
M, Mos and Mc.
Mos
Mor
(a)
(b)
(e)
Figure Q. 1(a)
(b) Figure Q.1(b) shows a system is in equilibrium. Hooks B and C are on x-y plan and the
distances I = 0 m and l, = 0.5 m. Consider the gravity acceleration g is 9.81 ms?.
(i) Drawa Free body diagram for the :
HANTUK
(ii) Detemine the maximum mass of the crate so that the tension developed in
any cable does not exceed 3 kN.
MANUSIA
Express all the forces in Cartesian vector form
UNVERS OLOG
Transcribed Image Text:Q.1 (a) Moment is one of a physical quantity that is formulated from the relationship of force F and moment am d. (i) Describe the formula and the relationship (ii) Based on Figure Q.1(a), compare the magnitude of the resultant moments M, Mos and Mc. Mos Mor (a) (b) (e) Figure Q. 1(a) (b) Figure Q.1(b) shows a system is in equilibrium. Hooks B and C are on x-y plan and the distances I = 0 m and l, = 0.5 m. Consider the gravity acceleration g is 9.81 ms?. (i) Drawa Free body diagram for the : HANTUK (ii) Detemine the maximum mass of the crate so that the tension developed in any cable does not exceed 3 kN. MANUSIA Express all the forces in Cartesian vector form UNVERS OLOG
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