Question

The force \(F = 10i + 12j - 6k\) (N). What is the moment of F about the line AO? \((0, 6, 4)\) m \(z\) \(A\) \(y\) \(F\) \(O\) \(42.7i + 27.6j\) \((N.m)\) \(10i + 12j - 6k\) \((N.m)\) \(119.1j + 79.4k\) \((N.m)\) \(28.3i - 42.6k\) \((N.m)\) \((8, 0, 6)\) m \(x\)

          The force \(F = 10i + 12j - 6k\) (N). What is the moment of F about the line AO?
\((0, 6, 4)\) m
\(z\)
\(A\)
\(y\)
\(F\)
\(O\)
\(42.7i + 27.6j\) \((N.m)\)
\(10i + 12j - 6k\) \((N.m)\)
\(119.1j + 79.4k\) \((N.m)\)
\(28.3i - 42.6k\) \((N.m)\)
\((8, 0, 6)\) m
\(x\)

The force F = 10i + 12j - 6k (N). What is the moment of F about the line AO?
(0, 6, 4) m
z
A
y
F
O
42.7i + 27.6j (N.m)
10i + 12j - 6k (N.m)
119.1j + 79.4k (N.m)
28.3i - 42.6k (N.m)
(8, 0, 6) m
x

Added by Gregory C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Dharmendra Maheshwari

Step 1

The position vector of A is given by OA = (0, 6, 4) m. Show more…

Show all steps

Thanks for your feedback!

The force F = 10i + 12j - 6k (N). What is the moment of F about the line AO? (0, 6, 4) m F x (8, 0, 6) m 42.7i + 27.6j (N.m) 10i + 12j - 6k (N.m) 119.1j + 79.4k (N.m) 28.3i - 42.6k (N.m)