6. Please explain with your calculations step by step. Question: For each of the plan systems below (a and b): I) using normal vectors, describe the relative position of the plans in the space; II) determines the intersection of the plans.
6. Please explain with your calculations step by step. Question: For each of the plan systems below (a and b): I) using normal vectors, describe the relative position of the plans in the space; II) determines the intersection of the plans.
6. Please explain with your calculations step by step. Question: For each of the plan systems below (a and b): I) using normal vectors, describe the relative position of the plans in the space; II) determines the intersection of the plans.
6.
Please explain with your calculations step by step.
Question: For each of the plan systems below (a and b):
I) using normal vectors, describe the relative position of the plans in the space;
II) determines the intersection of the plans.
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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