we know that
If two lines are parallel , then their slopes are the same
we will proceed to calculate the slope of each line to determine the solution.
The formula to calculate the slope m between two points of the line is equal to

<u>case N 1) </u>line AB
Let

substitute the values




therefore
<u>The line AB is not the solution</u>
<u>vase N 2)</u> line FG
Let

substitute the values




therefore
<u>The line EG is not the solution</u>
case N 3) line CD
Let

substitute the values




therefore
<u>The line CD is not the solution</u>
case N 4) line HJ
Let

substitute the values




therefore
<u>The line HJ is the solution</u>
therefore
<u>the answer is the option</u>
line HJ
Give me robux on robloz
Step-by-step explanation:
.........sd.....
Answer:
5
Step-by-step explanation:
(125) ^ (1/3)
What number times itself times itself =125
a*a*a =125
5*5*5 = 125
Answer:
y>4x-2
Step-by-step explanation:
First let us find the equation of the line.
Given points (1,2) and (0, -2), the slope would be
(2-(-2))/(1-0) = 4/1= 4
The intercept is at -2, so the full equation would be
y=4x-2
However, we need to find the inequality of the graph. Everything greater than our line/above our line is included. Also notice that the line is dotted, which means that the line itself is not included.
Our equations should be,
y>4x-2
<em>I hope this helps! :)</em>
Given that the subway stations are 930 m apart, the train have to be accerelated for half the distance and then decerelated for the rest of the distance.
Recall that the distance travelled by an object with an initial velocity, u, for a period of time, t, at an accereration, a, is given by

But, we assume that the train accelerates from rest, thus

The maximum speed is attained at half the center of the distance between subway stations (i.e. at distance = 465 m).
Thus, maximum speed = distance / time = 465 / 23.12 = 20.11 m/s.