Answer:
m∠A'B'C' is 125°
Step-by-step explanation:
The given parameters are;
The measure of ∠ABC = 125°
The form of transformation applied to ∠ABC = 75° rotation about the point B
Given that a rotation of a geometric figure is a form of rigid transformation, the distance between the coordinates of the points in the preimage are equal to the distance between the coordinates of the points on the image;
Therefore, the angle formed by the ray AB and CB and the angle formed by the ray A'B' and C'B' are equal
From which we have;
m∠ABC = m∠A'B'C' = 125°
There are 35 different sections on the spinner.
To solve this, we can write a proportion. We put 8 over the number of sections and set it equal to 23 over 100 for 23%.
8 / x = 23 / 100
Cross multiply and divide and you will get an answer of about 35.
All u do is multiply 24.26 and 37 which gives u <span>897.62...
897.62 mm long is your answer.</span>
Now i got the answer you do:
2/5 x4=8/5
8/5 + 2/5=10/5
which is 10 candies
Answer:
use calcES to get d zeros of the polynomial without any stress