Question

Calculate the couple moment acting on the steering wheel, and express it as a Cartesian vector.

Answer 1

The equation for resolving couples will come in place

$Fcos\theta=0\\\ Fsin\theta =0$

Using the unit vectors by i and j along the x-axis and the y-axis you'll express it as a Cartesian vector.

Couple moment and Cartesian vector

Couple moment:This looks at the product of the forces acting on a body( in this context a steering wheel ) by the perpendicular distance that exist amidst the forces.

Cartesian vector:this is the representation of unit vectors by i and j along the x-axis and the y-axis, respectively.

Therefore, in calculating the couple moment t acting on the steering wheel, the equation for resolving couples will come in place

$Fcos\theta=0\\\ Fsin\theta =0$

Using the unit vectors by i and j along the x-axis and the y-axis you'll express it as a Cartesian vector.

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