Question regarding vector calculus

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SUMMARY

The discussion focuses on solving a vector calculus problem involving a particle P with the position vector r = ti - (t + 1)j + t²k. The tasks include deriving the parametric vector equation and symmetric equations of the tangent to the curve at the point (1, -2, 1), determining the values of t for which P is moving perpendicular and parallel to the vector A = 3i + j - k, and calculating the component of vector A along the direction of motion when t = 2. These tasks require a solid understanding of vector calculus concepts and their applications.

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  • Understanding of vector calculus principles
  • Familiarity with parametric equations and symmetric equations
  • Knowledge of vector operations, including dot product and component projection
  • Ability to differentiate vector functions with respect to time
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  • Study the derivation of parametric and symmetric equations of curves in vector calculus
  • Learn about the conditions for vectors to be parallel or perpendicular
  • Explore the concept of vector projection and its applications
  • Practice problems involving motion along curves and tangent vectors
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I have a question regarding vector calculus


A particle P, Whose position vector is r=ti-(t+1)j+t^2k, moves along a curve. Draw curve "C" on -5<t<5 and write the:
a) Parametric vector equation & symmetric equations of the tangent to the curve at (1,-2,1).
b)Find all vector of t for which P is moving perpendicular to & parallel to vector A=3i+j-k
c)What is the component of the vector A along the direction of the motion when t=2.


thanks
 
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