Answer:
number 5 is y= 3 7-3=4x4=16
Step-by-step explanation:
Either way. The probability of hitting the circle is:
P(C)=Area of circle divided by area of square
P(W)=(area of square minus area of circle divided by area of square
P(C)=(πr^2)/s^2
P(W)=(s^2-πr^2)/s^2
...
Okay with know dimensions, r=1 (because r=d/2 and d=2 so r=1), s=11 we have:
P(inside circle)=π/121 (≈0.0259 or 2.6%)
P(outside circel)=(121-π)/121 (≈0.9744 or 97.4%)
C.AAS
Because vertical angles are congruent.
Well based on this information, I don't think that this is a valid inference. There isn't enough data to go off of in order to answer this question.