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Sketch the graphs of the given equations in the rectangular coordinate system in three dimensions.$$4 z=x^{2}$$
Calculus 3
Chapter 29
Partial Derivatives and Double Integrals
Section 2
Curves and Surfaces in Three Dimensions
Partial Derivatives
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In the problem, we have the equation folded equals X. Esquire. So here we can see that this curve is like this. From here, this is when upward, so this is the diagram and this is our excesses. This is our Y axis, this is our endeared access. So we have this as the answer to the problem.
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