4. This question is about dot products and normal forms. (a) Give an interesting example of a hyperplane H≤Rª in normal form. Interesting in this context means that the normal vector should have all entries different from zero. (b) Explain how to write the hyperplane in (a) in Cartesian form and vector form step by step.
4. This question is about dot products and normal forms. (a) Give an interesting example of a hyperplane H≤Rª in normal form. Interesting in this context means that the normal vector should have all entries different from zero. (b) Explain how to write the hyperplane in (a) in Cartesian form and vector form step by step.
4. This question is about dot products and normal forms. (a) Give an interesting example of a hyperplane H≤Rª in normal form. Interesting in this context means that the normal vector should have all entries different from zero. (b) Explain how to write the hyperplane in (a) in Cartesian form and vector form step by step.
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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