Math help please!
1 answer:
Answer:
x || t, [Given]
[Given] ......[1]
Transversal defined as a line that cuts across two or more Parallel lines.
When two parallel lines are cut by a transversal, then the pairs of corresponding angles are equal in measure.
[Corresponding Angle theorem] ......[2]
Substitute value [1] in [2] we have;
[Substitution Property]
When two lines are cut by a transversal and the alternate exterior angles are equal in measure, then the lines are parallel.
k || w [ By Alternative Exterior Angle Theorem] Hence proved!
You might be interested in
Answer:
a)
Step-by-step explanation:
The y intercept of g(x) is the value of g when x = 0.
In this problem
The y-intercept is
a)
The y-intercept is:
This is the correct answer
b)
The y-intercept is
This is an asymptote
c)
The y-intercept is
d)
The y-intercept is
[tex]f(0) = |0-4| = |-4| = 4.
Answer:
B
Step-by-step explanation:
We have the equation and we want to find which ordered pair is in the solution
First, let's convert the inequality to slope-intercept form. So, we have:
Add x to both sides:
Divide both sides by -2. Since we're dividing by a negative, we will flip the sign:
Therefore, our original inequality will be the same as above.
Notice that our y is <em>greater than</em> our equation.
Therefore, the shaded area will lie <em>above</em> our line.
So, any point that falls within the region above our line (in the graph) and on the line is a solution to our inequality.
(-4, 1) is below our line, so it's not a solution.
(-1, 4) is above our line. So, (-1, 4) is our answer.
(-4, -1) is again below our line. So, it's not a solution.
Finally, (4, -1) is also below our line, so it's not a solution.
Therefore, our final solution is B: (-1, 4).
Let's check this. Substitute -1 for x and 4 for y. This yields:
Multiply:
Subtract:
So, (-1, 4) is indeed our solution.
And we're done!