a force of 750N produces a moment of force of 500 Nm. calculate the perpendicular distance between the force and the turning point..??
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Answered by
6
Moment of force = Force × Perpendicular Distance
Perpendicular Distance = Moment of Force / Force
= 500 Nm / (750 N)
= 2/3 m
∴ Perpendicular Distance between force and turning point is 2/3 m
Perpendicular Distance = Moment of Force / Force
= 500 Nm / (750 N)
= 2/3 m
∴ Perpendicular Distance between force and turning point is 2/3 m
Answered by
9
Moment of force ( I) = Force × Perpendicular distance .
Given,
Force = 750 N.
Moment of force = 500Nm.
Now substituting,
500Nm = 750N × perpendicular distance .
Perpendicular distance = 500Nm/750N = 2/3N = 0.66m .
the perpendicular distance between the force and the turning point is 0.66m
Given,
Force = 750 N.
Moment of force = 500Nm.
Now substituting,
500Nm = 750N × perpendicular distance .
Perpendicular distance = 500Nm/750N = 2/3N = 0.66m .
the perpendicular distance between the force and the turning point is 0.66m
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