Identify the following statement that is FALSE. O A two-dimensional distributed load has a load intensity that is express in units of force/length. O Couple moments do not impact the resultant moment calculation because they are free vectors. O Any given force and mdnent system can be reduced to a single resultant force and resultant moment. In special cases, there can be a further reduction. O A force, whose line of action passes through the moment axis, will not impact the resultant moment calculation. O When replacing a distributed load by a single resultant, the magnitude of the resultant is directly related to the area under the distributed load curve.
Identify the following statement that is FALSE. O A two-dimensional distributed load has a load intensity that is express in units of force/length. O Couple moments do not impact the resultant moment calculation because they are free vectors. O Any given force and mdnent system can be reduced to a single resultant force and resultant moment. In special cases, there can be a further reduction. O A force, whose line of action passes through the moment axis, will not impact the resultant moment calculation. O When replacing a distributed load by a single resultant, the magnitude of the resultant is directly related to the area under the distributed load curve.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:Identify the following statement that is FALSE.
O A two-dimensional distributed load has a load
intensity that is express in units of force/length.
O Couple moments do not impact the resultant
moment calculation because they are free vectors.
O Any given force and mdnent system can be reduced
to a single resultant force and resultant moment. In
special cases, there can be a further reduction.
O A force, whose line of action passes through the
moment axis, will not impact the resultant moment
calculation.
O When replacing a distributed load by a single
resultant, the magnitude of the resultant is directly
related to the area under the distributed load curve.
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