We will come up with first the vector form of the equation of a plane, and then expand to get the component form of the equation of a plane. The formula is based on knowing:
1) A point on the plane
2) A normal vector to the plane

Planes are foundational objects in multivariable calculus (for instance, the analog of a tangent line for functions of one variable will be a tangent plane for functions in two variable).

****************************************************
YOUR TURN! Learning math requires more than just watching videos, so make sure you reflect, ask questions, and do lots of practice problems!
****************************************************
►Full Multivariable Calculus Playlist:    • Calculus III: Multivariable Calculus ...  

****************************************************
Other Course Playlists:

►CALCULUS I:    • Calculus I (Limits, Derivative, Integ...  

► CALCULUS II:    • Calculus II (Integration Methods, Ser...  

►DISCRETE MATH:    • Discrete Math (Full Course: Sets, Log...  

►LINEAR ALGEBRA:    • Linear Algebra (Full Course)  

***************************************************

► Want to learn math effectively? Check out my "Learning Math" Series:
   • 5 Tips To Make Math Practice Problems...  


►Want some cool math? Check out my "Cool Math" Series:
   • Cool Math Series  

*****************************************************

►Check out my 2nd Channel for lower production quality "live" math videos:    / @drtreforuvic  

*****************************************************

►Follow me on Twitter:   / treforbazett  

*****************************************************

This video was created by Dr. Trefor Bazett

BECOME A MEMBER:
►Join:    / @drtrefor  

MATH BOOKS & MERCH I LOVE:
► My Amazon Affiliate Shop: https://www.amazon.com/shop/treforbazett