Consider the metal plate in Fig. 2 being held in place by two cables AC and AB attached to a common fixed point A where a = 360 mm, b = 920 mm, and c = 900 mm. a) What is unit-vector expression for cable AC? b) What is the unit-vector expression for cable AB? c) Determine the cross product, AC AB. d) Find the angle between cables AC and AB. e) Find the magnitude of the projection of cable AC along cable AB. f) Determine the magnitude of the equilibrant of cables AC and AB.
Consider the metal plate in Fig. 2 being held in place by two cables AC and AB attached to a common fixed point A where a = 360 mm, b = 920 mm, and c = 900 mm. a) What is unit-vector expression for cable AC? b) What is the unit-vector expression for cable AB? c) Determine the cross product, AC AB. d) Find the angle between cables AC and AB. e) Find the magnitude of the projection of cable AC along cable AB. f) Determine the magnitude of the equilibrant of cables AC and AB.
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Consider the metal plate in Fig. 2 being held in place by two cables AC and AB attached to a common fixed point A where a = 360 mm, b = 920 mm, and c = 900 mm.
a) What is unit-vector expression for cable AC?
b) What is the unit-vector expression for cable AB?
c) Determine the cross product, AC AB.
d) Find the angle between cables AC and AB.
e) Find the magnitude of the projection of cable AC along cable AB.
f) Determine the magnitude of the equilibrant of cables AC and AB.
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