The answer is 30. you can find the unit rate but the calculator was invented a long time ago so i used that ;)
Answer:3.6
Step-by-step explanation: your just duh and duh
a) What is the probability that he is accepted to one of the
two schools
this means P( standford or cal-poly)
P( standford or cal-poly) = P( standford) + P(cal-poly) − P(
standford and cal-poly)
= 0.4 + 0.3 – 0.15
= 0.55
What is the probability that he does not get accepted at
either school?
Prob that he gets neither = 1 − 0.55 = 0.45
<span> </span>
We apply the rule to each of the vertices:
(x, y) ---> (x-5, y + 3)
P (1,4) ---> (1-5,4 + 3) >> (-4, 7)
Q (-1,4) ---> (-1-5,4 + 3) >> (-6, 7)
R (-2, -4) ---> (-2-5, -4 + 3) >> (- 7, -1)
S (2, -4) ---> (2-5, -4 + 3) >> (-3, -1)
Answer:
<span> a.
P’(-4, 7), Q’(-6, 7) , R’(-7, -1) and S’(-3, -1)</span>