Quadrilateral ABCD undergoes a series of transformations to become A’’B’’C’’D’’. If the first transformation is a reflection ove
r the y-axis, what is the coordinate of C’? What transformation occurs after the reflection over the y-axis that results in the final image?
2 answers:
Quadrilateral ABCD undergoes a series of transformations to become A’’B’’C’’D’’.
The first transformation is a reflection over the y-axis.
The coordinate of C’ would be (-6,3) in this case.
If the image is rotated counter clock wise around the point A then it will result in the final image which is presented in the attached figure.
Hope this helps ..!!
Thank you :)
C' (-6,3)
A 90 degree rotation counterclockwise around point A'
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what number though I can probably help you but what number do you need to round.
Answer:
Here's a rainbow of logic.
Step-by-step explanation:
In exponent multiplication, When the bases are the same you ADD the power so it is n^7
Answer:
Area- (4x+3)(3x-1)
Area- (12x^2 + 9x-4x-3)
Area- (12x^2 +5x-3)
Area- 12x^2 + 5x - 3
Let me know if this helps!
Answer: choice A
Step-by-step explanation:
the transposed matrix would be
5 3
2 -1
so
5*5+2*2=29
3*5+2*-1=13
5*3-2*-1=13
3*3+-1*-1=10
which gives us the answer
29 13
13 10