Image vertices are mathematically given as:
- A' = (-12 , 4)
- B' = (16 , -12)
- C' = (8 , 12)
- D' = (-4 , 16)
<h3>What are the image vertices for dilation with the center?</h3>
Generally, Multiplying the vertices by a scale factor of four is required in order for us to locate the picture vertices for dilation with center (0, 0).
In conclusion,, the image vertices are :
- A' = (-12 , 4)
- B' = (16 , -12)
- C' = (8 , 12)
- D' = (-4 , 16)
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Converting 25 degrees to radians:
180° = π radians.
1° = π/180 radians.
25° = (π/180 radians) * 25
= (25/180) * π radians.
Leaving the answer in terms of π, 25/180 = 5/36
= (25/180) * π radians = (5/36)π radians or ≈ 0.1389π radians.
Therefore 25° = (5/36)π radians or ≈ 0.1389π radians
I hope this explains it.
I think why you did not get it was because you did not leave your answer in terms of π or as a multiple of π, so as a multiple of π our answer is:
= (5/36)π radians or ≈ 0.1389π radians
The correct answer is the yellow line
Answer:
The length is 13 feet and the width is 5 feet
Step-by-step explanation:
Let w represent the width
Since the length is 3 more than twice the width, it can be represented by 2w + 3
Using this, set up an equation and solve for w:
w + (2w + 3) = 18
3w + 3 = 18
3w = 15
w = 5
So, the width is 5
Use 2w + 3 to find the length:
2w + 3
2(5) + 3
= 13
The length is 13 feet and the width is 5 feet