• The components of the force is F = • The moment of force respect to the origin: Mo || = ( = ( i+ = || k) (Nm); • The moment of force respect to the origin: Mo i+ j+ i+ j+ i+ k) (m) X F j+ = ( i+ j+ )k (Nm) • The moment of force about line OQ: MoQ k) (m) X F j+ (Nm); • The moment of force about x axis: M х k). Mo • The moment of force about y axis: My • The moment of force about z axis: Mx = = i+ = Nm j+ Nm Nm k (N);

Classical Dynamics of Particles and Systems
5th Edition
ISBN:9780534408961
Author:Stephen T. Thornton, Jerry B. Marion
Publisher:Stephen T. Thornton, Jerry B. Marion
Chapter9: Dynamics Of A System Of Particles
Section: Chapter Questions
Problem 9.11P
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• The components of the force is F =
• The moment of force respect to the origin: Mo
||
=
(
i+
=
||
i+
= (
k) (Nm);
• The moment of force respect to the origin: Mo
j+
i+
j+
i+
k) (m) X F
j+
= (
i+
j+
)k (Nm)
• The moment of force about line OQ: MoQ
k) (m) X F
j+
(Nm);
• The moment of force about x axis: M
х
k). Mo
• The moment of force about y axis: My
• The moment of force about z axis: Mx
=
=
i+
=
Nm
j+
Nm
Nm
k (N);
Transcribed Image Text:• The components of the force is F = • The moment of force respect to the origin: Mo || = ( i+ = || i+ = ( k) (Nm); • The moment of force respect to the origin: Mo j+ i+ j+ i+ k) (m) X F j+ = ( i+ j+ )k (Nm) • The moment of force about line OQ: MoQ k) (m) X F j+ (Nm); • The moment of force about x axis: M х k). Mo • The moment of force about y axis: My • The moment of force about z axis: Mx = = i+ = Nm j+ Nm Nm k (N);
Calculate the following questions if the force F = 290N.
Z (0,0,3)
Q(1,1,0)
F
(4,0,0)
Transcribed Image Text:Calculate the following questions if the force F = 290N. Z (0,0,3) Q(1,1,0) F (4,0,0)
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