The scalar triple product computes the magnitude M of the moment of a force vector F about a specified line. It is M = (r × F)

The scalar triple product computes the magnitude M of the moment of a force vector F about a specified line. It is M = (r × F) . n, where r is the position vector from the line to the point of application of the force and n is a unit vector in the direction of the line.

Use MATLAB to compute the magnitude M for the case where F = [12, -5, 4] N, r = [$3, 5, 2] m, and n = [6, 5, -7].

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Expert Solution

Since the function approaches ∞ as x tends to 2 and 5. We can choose our x-limits just around 2 and 5. For instance

x ∈(0, 1.95) ∪ (2.05, 4.95) ∪ (5.05, 7)

The above intervals are not hard and fast and can be varied as per the convenience.

The MATLAB command to plot the functions is shown below:

The plot is shown below

Since the function approaches ∞ as x tends to 2 and 5. We can choose our x-limits just around 2 and 5. For instance

x ∈(0, 1.95) ∪ (2.05, 4.95) ∪ (5.05, 7)

Junaid answered 1 year ago

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