Use the vertical line test to determine if y is a function of x in the graph.

Q: For Exercise, determine if the relation defines y as a function of x.

A:

Q: Use the vertical line test to determine whether the relation below is a function. 1 2

A:

Q: Determine where the function is concave downward.

A:

Q: Use the Vertical Line Test to determine whether the curve is the graph of a function of x.

A: Vertical line test : The vertical line test is used for determine whether a graph represents a…

Q: . Use the vertical line test to determine whether the graph is a function. Write yes or no on the…

A:

Q: Differentiate the function: y= x^3 - 2x

A:

Q: Determine whether the equation y = -√(x + 4) defines y as a function of x.

A:

Q: Use the Vertical Line Test to determine whether the curve is a graph of a function of x. If it is,…

A: Solution:Use the Vertical Line Test to determine whether the curve is a graph of a function of x. If…

Q: Describe the domain and range of the function. g(x, y) = xvy

A:

Q: Determine whether the equation defines y as a function of x : x = y2

A: The given function is: The given function has to be y=f(x).

Q: y =| x| [Select]

A:

Q: Use the vertical line test to identify graphs in which y is a function of x.

A:

Q: Differentiate the function x° y= 27

A: Given that

Q: Use the vertical line test to identify graphs in which y is a function of x.

A: The given graph is

Q: Determine whether the equation defines y as a function of x : lxl - y = 5

A: Given that: The  function   x - y = 5

Q: Use the vertical line test to determine if y is a function of x in the graph.

A: Vertical line test: If you draw a vertical line to the graph and it intersects the graph two or more…

Q: Use the vertical line test to determine if y is a function of x. O Function O Not a function

A: To use vertical line test to determine if y is a function or not.

Q: Determine the domain of the relation y =

A: given the function

Q: Is the function g(x) = x2 one-to-one?

A: Take x=2. g(2)=22=4. Take x=-2. g(-2)=(-2)2=4

Q: Use the vertical line test to determine if y is a function of x in the graph. Q

A: To use the vertical line test to determine y is a function of x. Given graph is:

Q: Use the vertical line test to determine if each graph shows a relation that is a function. y

A: We have to use vertical line test to determine that the given graph shows a function or not. We know…

Q: Describe the x-values at which the function is differentiable. x2 y = x² - 4

A: Given: y=x2x2-4, To find: The value of x at which the function is differentiable.

Q: Use the Vertical Line Test to determine whether y is a function of x.                          x2 −…

A: Given: x2-y=0 To determine: yis a function of x or not, using vertical line test.

Q: Use the vertical line test to determine if each graph shows a relation that is a function. y *...

A: Pass vertical lines through any randon points of hhe given gtaph.

Q: Use the vertical line test to identify graph (see attached) in which y is a function of x.

A: Use the vertical line test to identify graph (see attached) in which y is a function of x.…

Q: Determine whether the equation |x |- y = 5 defines y as a function of x.

A: |x|-y=5

Q: Determine whether the equation defines y as a function of x. y = x3

A: y=x3

Q: Does the relation x(x + y) = 1 specify a function? Explain.

A: Refer to the question, we have to specify the relation, x(x + y) = 1 is a function.Then according to…

Q: Use the graph of f to Explain why f represents the graph of a function, Where applicable, use…

A: Given: To determine: Why graph of  f represents  a function.

Q: Sketch the graph of the function y = (1/3)x

A: we sketch the graph of the function y = (1/3)x

Q: Use the vertical line test to determine if y is a function of x in the graph.  Where y = 3

A:

Q: Use the vertical line test to determine whether or not the graph is a graph in which y is a function…

A: Vertical line test : if we draw any vertical line and it intersect graph more than once then graph…

Q: Describe the domain of the function ƒ(x, y) = √(y - x2).

A: Function: f(x,y)=y-x2The domain of the function f(x,y)=y-x2 isy-x2≥0

Q: Determine whether the equation defines y as a function of x :  lxl - y = 2

A: Vertical line test: Vertical line is use to check graph is graph of function or not. Vertical line…

Q: Use the vertical line test to identify graphs in which y is a function of x. а. b. с. d.

A: Given, Use the vertical line test to identify graphs in which y is a function of x>

Q: Use the vertical line test to determine whether or not the graph is a graph in which y is function…

A: By definition, a function is a special case of a relation between the members of two sets. It is a…

Q: Use the Vertical Line Test to determine whether y is a function of x.                   x2 + y2 = 4

A: Use the Vertical Line Test to determine whether y is a function of x.…

Q: Use the Vertical Line Test to determine whether y is a function of x.                            x +…

A: x+y2=2 The graph is,

Q: Use the vertical line test to identify a function.

A: Explanation: Use of vertical line test to identify a function.

Q: Sketch the graph of a function y = x".

A: If x>0 Then y = xx If x<0  Then y =(-x)-x

Q: Use graphing technology to find the range of the function f(x) = –|x|.

A:

Q: Determine whether the relation defines y as a function of x. y Why/why not?

A: To find:- From given graph Check whether the given relation defines y as a function of f x or not

Q: Use the vertical line test to determine if y is a function of x. Function O Not a Function

A: We are going to solve

Q: Determine whether y is a function of x…

A: Given: x2+y=16

Q: Use the Vertical Line Test to determine whether y is a function of x. 5x - 4xy + y + 2 = 0 y 5 4 3 2

A:

Q: Use the vertical line test to identify graph (see attached) in which y is a function of x.

A: Given,

Q: Use the vertical line test to identify graph in which y is a function of x.

A: Explanation :- The vertical line test can be used to determine whether a graph represents a…

Q: Differentiate the function. y= xx

A: Differentiation: y=xxTaking log on both sides we get,ln y=ln(xx)ln y=x ln(x)