Answer:
The reason is that the since the segment AB and the new line passing through A are both parallel to the segment CD and all points on the new line and the segment AB are the same perpendicular distance from CD and the segment AB and the new line which follow the same direction share a common point, A, then the line drawn must fall on AB
Step-by-step explanation:
The given information are;
The shape of the quadrilateral ABCD = A parallelogram
The direction of the line to be drawn = Parallel to CD
A point on the line to be drawn = Point A
Therefore, given that ABCD is a parallelogram, we have;
Segment AB is parallel to segment CD
All points on AB are equidistant from all points on CD
The perpendicular distance of point A from the lime CD = The perpendicular distance of point B from the lime CD
The line to be drawn is also parallel to CD with point A located on the line, therefore, given that the length of a line is infinite, and all points on two parallel lines have equal perpendicular distance from the each other, the point B on the segment AB which has the same perpendicular distance as the point A from the segment CD will be located on the new line passing drawn passing through A and parallel to the segment CD then the new line drawn must coincide with the segment AB.
Answer:
See below
Step-by-step explanation:
<u>Given points:</u>
<u>Let's calculate it's equation:</u>
- y = mx +b
- m = (4 + 11)/(6 +3) = 15/9 = 5/3
- y = 5/3x + b
- -11 = 5/3*(-3) + b ⇒ b = -11 + 5 = -6
- y = 5/3x - 6
<u>The given line:</u>
Compared, the lines have different slope (5/3 vs 32) but same y- intercept (-6), so both pass through the point of (0, -6). y= 32x - 6 has greater rate of change.
Answer
$6000
Step-by-step explanation:
Using the formulas
PLAN A
y = .09x + 350
PLAN B
y = .03 + 704
He makes $890 on plan A and only $884 on plan B
Answer:
$1.58
Step-by-step explanation:
1.50 multiplied by 1.05
answer is 1.575
rounded is 1.58
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