The points which are reflections of each other across the y-axis are (–7, –3) → (7, –3) and (–5, 4) → (5, –4)
A reflection is a mirror image of the shape. An image will reflect through a line, known as the line of reflection. A figure is said to reflect the other figure, and then every point in a figure is equidistant from each corresponding point in another figure.
Given are some points, (–7, –3) and (7, –3) (–5, 4) and (5, –4) (1, –8) and (1, 8) (–3, 5) and (5, –3)
We need to find which one of them are reflections of each other across the y-axis,
We know that, rule of reflection over y-axis,
(x, y) = (-x, y)
Therefore, from the given points, the points that are following the rule of reflection over y-axis, are (–7, –3) → (7, –3) and (–5, 4) → (5, –4)
In both of these points, the x-coordinate is changing its sign.
Hence, the points which are reflections of each other across the y-axis are (–7, –3) → (7, –3) and (–5, 4) → (5, –4)
Learn more about reflection, click;
#SPJ3
Rule for reflecting over the y-axis: P(x, y)--->P'(-x, y), so the answer is (–7, –3) and (7, –3). You might think the answer would be (–5, 4) and (5, –4) but it is not because (–5, 4) reflected across the y-axis is (5, -4).
Answer:
LCM(21,25) = ( 21 × 25) / 1
LCM(21,25) = 525 / 1
LCM(21,25) = 525
Step-by-step explanation:
Mark me brainlist
Answer:
its 525 fam
Step-by-step explanation:
3.5%; $11.19
5%; $17.00
6%; $20.40
6.5%; $22.10
Answer:
6.5%; $22.10
step 1. subtract
$3.90-$60.00
step 2.
divide
$3.90÷ by the answer you get in step 1
step 3.
Convert answer into percentage by multiplying by 100
Answer:
degree is 54
Step-by-step explanation:
the degree measure of other would be 15 degrees
because if you add all the other ones up that will be 85 and the rest is 15
so the degree would be 54
The graph from the image attached that has an Euler Circuit is option d.
Note that Euler circuit path must have at least 2 odd Numbers and the others can be even numbers. From the above image (Option d), we can see that the Vertices have
An Euler circuit is known to be a kind of circuit that moves over all the edges at once and is said to often takes place once and begins and ends its process in the same place/point.
From the above, we can see 2 odd numbers (3) and the rest are even. So therefore, option d is correct.
Learn more about Euler Circuit from
Answer:
Its a
Step-by-step explanation: