Which statement best illustrates using the vertical line test to determine if the graph below is a function of x? The graph is not a function of x because the line x = 0 intersects the graph at two points. The graph is a function of x because the line x = 5 does not intersect the graph. The graph is not a function of x because the line y = 0 intersects the graph at two points. The graph is a function of x because the line y = 5 does not intersect the graph.
Answers
Answer:
The graph is not a function of x because the line x = 0 intersects the graph at two points.
Step-by-step explanation:
This graph is not a function because it fails the vertical line test, since several vertical lines would intersect the graph at 2 points.
This answer choice is correct, as the line x = 0 intersects the graph at 2 points, (0, 2) and (0, -2).
Answer:
A
Step-by-step explanation:
Related Questions
A section of wall is being framed, A model of the framingwork is shown belowWhich best describes the relationship between the125° angle and angle A?They are same side interior angles, Angle Ameasures 55They are alternate interior angles, Angle Ameasures 125,1259They are vertical angles. Angle A measures 125,They are corresponding angles, Angle A measures55
ActivityThe equation y = x + 1 represents plane A and y = -x + 21 represents plane B, where x is the time in minutes and y is the fuel in tons.Part AGo to your math tools and open the Graph tool to graph the two sets of equations. To see where the two lines intersect, change the scale so that the x-axis goes from 0 to 30 and the y-axis goes from 0 to 12. Paste a screenshot of the resulting graph in the answer space.Part BAt which point do the lines intersect?Part CDo the coordinates of the point of intersection satisfy both equations simultaneously?
Identify which equation represents a line parallel to the given equation 2x+5=25 asap please
A line includes the points (2, 10) and (1, 0). What is its equation in slope-intercept form?
Answers
we know that
then, lets replace it
multiple each member by
simplifying
To verify the given identity sec(beta) - 1 / cos(beta) = sec(beta), we need to manipulate the left side of the equation to match the right side. By simplifying the expression step by step and using trigonometric identities, we can show that the given equation is true.
To verify the given identity sec(beta) - 1 / cos(beta) = sec(beta), we need to manipulate the left side of the equation to match the right side.
- Start by finding the common denominator of the fractions on the left side, which is cos(beta).
- The expression becomes (sec(beta) - 1)/cos(beta).
- Next, simplify the numerator: sec(beta) - 1 = (1/cos(beta)) - 1 = (1 - cos(beta))/cos(beta).
- Substituting this back into the original expression, we have (1 - cos(beta))/cos(beta) / cos(beta).
- Simplify further by multiplying the numerator and denominator by cos(beta) to get (1 - cos(beta))/(cos^2(beta)).
- Using the identity sec^2(beta) = 1 + tan^2(beta), we rewrite cos^2(beta) = 1 - sin^2(beta) as 1/(1 - sin^2(beta)).
- Therefore, (1 - cos(beta))/(cos^2(beta)) = (1 - cos(beta))/(1 - sin^2(beta)) = sec(beta).
Thus, we have verified that sec(beta) - 1 / cos(beta) = sec(beta).
Learn more about trigonometric here:
#SPJ11
Answers
She earned $489.85-$388 extra= $101.85
She gets paid $9.7x1.5 for every extra hour=$14.55
She worked $101.85/$14.55 hours extra=7hours
She worked 7+40 hours that week=47 hours
Answers
Answer:
x = 1
Step-by-step explanation:
given h(x) = - x + 1
when h(x) = 0 , that is
- x + 1 = 0 ( subtract 1 from both sides )
- x + 1 - 1 = 0 - 1 ( simplify both sides )
- x = - 1 ( multiply both sides by - 1 )
- 1 × - x = - 1 × - 1 , that is
x = 1
Answers
solve for "t"
B.p = 1
C.p = 100
D.p = 28
Answers
one angle is acute and the other angle is obtuse
B.
they are both right angles
C.
they are both acute angles
D.
they are both obtuse angles