We observe that
the vertex of f(x) is located at the point (0,0)
and
the vertex of g(x) is situated at (0,5)
thus,
(x,y) in f(x) becomes -------> (x,y+5) in g(x)
g(x)---------> f(x)+5
g(x)=x²+5
the answer is
g(x)=x²+5
The potential values for y areinfinite
Further clarification
Trigonometry is a branch of math focused on the connections between the sides and angles of triangles.
Considering special angles of trigonometric functions, for instance

In the equation y = cos⁻¹ 0, the value of y can be derived as follows:
y = cos⁻¹0
y = arc cos 0
cos y = 0
Thus, the resulting value of y:

Alternatively, it can be expressed as:
⇒ y: arithmetic sequence
So there are infinite solutions for y
Learn more
trigonometric identities
Keywords: trigonometric, infinite values,arithmetic sequence
The range consists of all the valid y values, starting from 5.
The linear equation in slope-intercept format representing the population of Jose's town is y = 320x + 2400. The town's population in 1995 was recorded at 2400, increasing to 4000 by 2000. By establishing x as the number of years since 1995, we derive the linear equation from the change in population per year.