The initial value equation is 
<h3>How to solve the initial value?</h3>
The equation is given as:

Where
Y(0) = 1
Subtract 2y from both sides in the equation

Rewrite as:

Integrate both sides of the equation

Multiply through by -2

Take the exponent of both sides

Next, we solve for C under the initial condition Y(0) = 1.
This gives

Evaluate
-2 + 3 = C
Solve for C
C = 1
Substitute C = 1 in 

Next, we solve for y

Hence, the initial value equation is 
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Answer:
You know, I honestly don't think you can.
Please mark as Brainliest! :)
Have a nice day.
Answer:
40%
Step by step explanation is given above
Answer:
I'm pretty sure it's D
Step-by-step explanation:
....
Answer:
Hence, option D is correct (i.e. Distance is not preserved under dilation).
Step-by-step explanation:
<em>" A dilation is a transformation that produces an image that is the same shape as the original, but is a different size ".</em>
A) Angle measure:
Angle measures remains same as there is only a difference in their size the shape does not changes.
Hence angle measure is preserved.
B) Betweenness:
It is also preserved. since if any point in before dilation is between two points than after dilation it remain between them only.
C) Collinearity:
Points remain on the same line.
Hence, it is preserved.
D) Distance:
The distance is not preserved. since the length of the segment increase or decrease in dilation hence distance between two point also increase or decrease.
E) Proportionality:
In a dilation, the sides of the pre-image and the corresponding sides of the image are proportional. Hence it is also preserved.