Chapter 10: Q 31. (page 846)
Show that the lines determined by
and
are parallel, and then find an equation of the plane containing both lines.
Short Answer
The equation of the plane that contains the llne and the line is
Chapter 10: Q 31. (page 846)
Show that the lines determined by
and
are parallel, and then find an equation of the plane containing both lines.
The equation of the plane that contains the llne and the line is
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Get started for freeUse calculator graphs to make approximations for each of the limits in Exercises 67–74.
What is meant by the parallelogram determined by vectors u and v in ? How do you find the area of this parallelogram?
What is the definition of the cross product?
Suppose that we know the reciprocal rule for limits: If exists and is nonzero, then This limit rule is tedious to prove and we do not include it here. Use the reciprocal rule and the product rule for limits to prove the quotient rule for limits.
Find also sketch
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