has to be a <em>power</em> function in order to satisfy the recurrence pattern 
<h3>Procedure - Determination of a function with a pattern.</h3>
In this case, we must assume a given function and check such assumption fulfill the given recurrence. Let suppose that 
, by algebra we have the following property:
(1)
And by the definition given in statement, we have the following conclusion:
(2)
Therefore, has to be a <em>power</em> function in order to satisfy the recurrence pattern . 
To learn more on power functions, we kindly invite to check this verified question: brainly.com/question/5168688
= [(2y^13 z^4)/(4x^2)]^-1
= 4x^2/(3y^13 z^4)
If a cone and cylinder have bases with equal areas and both have identical heights then the volume of the cone is one third the volume of the cylinder
Answer: No
Step-by-step explanation: It does not pass the vertical line test
<h2>True </h2>
<h3>This curve passes the vertical line test, therefore it is a function.</h3>
<h3>The idea behind the vertical line test is that if you draw any vertical line, it has to intersect the curve only once. If there is more than 1 intersection, then it is not a function.</h3>
ps: This is a quadratic function of equation
