The illustration below shows the graph of yyy as a function of xxx.
Complete the following sentences based on the graph of the function.
This is the graph of a

function.
The yyy-intercept of the graph is the function value y=\:y=y, equals
.
The smallest positive xxx-intercept of the graph is located at x=\:x=x, equals
.
The greatest value of yyy is y=\:y=y, equals
, and it occurs when x=\:x=x, equals
.
For xxx between x=\pix=πx, equals, pi and x=2\pix=2πx, equals, 2, pi, the function value y\:yy

\:000.

The illustration below shows the graph of yyy as a function of xxx Complete the following sentences based on the graph of the function This is the graph of a fu class=

Respuesta :

Answer:

this graph is a non linear function

the y intercept of the graph is the function value y=0

the smallest positive x intercept of the graph is located at x= pi/2

the greatest value of y is y=2

for x between x=-pi and, the function value y>0

Step-by-step explanation:

its on khan i hope this is right for your test

The complete sentences are as follows:

This is the graph of a non  linear function.

This is a nonlinear function's graph.

The function value y=1 is the graph's y-intercept.

The graph's smallest positive x-intercept is found at x=π.

When x=0, the value of y that is greatest is y=1.

The function value for x between x=pi and x=2π is y0.

What are the various intercept forms?

The location where the graph and axes cross is known as an intercept. Typically, we operate in two dimensions, which means that the x-axis (abscissa) and y-axis exist (ordinate). There are two sorts of intercepts: x-intercept and y-intercept, which correspond to axes. The point where the graph intersects the x-axis is known as the x-intercept if the graph crosses the x-axis. The point at which a graph contacts the y-axis is referred to as the y-intercept.

Solution:

The graph does not represent a straight line which means it is a non linear function.

To find y-intercept make the value of x as 0 and solve for y.Hence we got the value for y-intercept as 1.

The x intercept is the point where the line on the graph crosses the x-axis.so we get the smallest x intercept as π.

Next to the greatest y intercept form is 1.

Finally through the graph we can make out that the relation between x= π and x=2π is a function of y0.

Learn more about "Intercept forms" here-

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