An explicit function ("y" as a function of "x") is one of the form y = ..., where only a single "y" appears on the left, and no "y" appears on the right. Therefore, the function you give is implicit.
An explicit function ("y" as a function of "x") is one of the form y = ..., where only a single "y" appears on the left, and no "y" appears on the right. Therefore, the function you give is implicit.
An explicit function ("y" as a function of "x") is one of the form y = ..., where only a single "y" appears on the left, and no "y" appears on the right. Therefore, the function you give is implicit.
An explicit function ("y" as a function of "x") is one of the form y = ..., where only a single "y" appears on the left, and no "y" appears on the right. Therefore, the function you give is implicit.
Implicit: x2 + 2y = 5 Explicit : y = (5 - x2)/2
y = -9
-1
X= 1.567764363, -9.567764363
The number that equals 121 when squared is 11.
Implicit: x2 + 2y = 5 Explicit : y = (5 - x2)/2
y=xsquared-4x+2
What_is_the_area_bounded_by_the_graphs_of_fx_and_gx_where_fx_equals_xcubed_and_gx_equals_2x-xsquared
y = -9
(x - 7)(x + 2)
x times x = 25 x = 5
-1
X= 1.567764363, -9.567764363
Quadratic - the degree is two.
No... whenever you have an exponent on your varaible your graph is not liner. this is a parabola.
The number that equals 121 when squared is 11.
5.477225575 squared equals 30.