Question: Definition (Unit Binormal Vector) The unit binormal vector, g, is the cross product of the unit tangent vector and the principal unit normal vector:

Definition (Unit Binormal Vector) The unit binormal vector, g, is the cross product of the unit tangent

Continuing with the previous question, find the unit binormal vector to the curve above at the point where t

Definition (Unit Binormal Vector) The unit binormal vector, g, is the cross product of the unit tangent vector and the principal unit normal vector: B (t) = 7 (t) x (t) Continuing with the previous question, find the unit binormal vector to the curve above at the point where t = 13/6. This vector is a normal vector for the osculating plane, which is a plane passing through the point associated with (13/6) with normal vector the unit binormal vector at that point. Find the equation of this plane. Put your final answer in the form, 1x + by + cz = d, where b, c, and d are decimals rounded to 3-places. SHOW WORK. Use the equation editor (click on the pull-down menu next to an electric plug ( ), choose "View All" and then select MathType at the bottom of the menu).

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