02:42:20 There are four blood types, and not all are equally likely to be in blood banks. 49% of donations are type O blood,
27% of donations are type A blood, 20% of donations are type B blood, and 4% of donations are type AB blood A
person with type A blood can safely receive blood transfusions of type O and type A blood What is the probability
that if 3 donations are made, all of them can be safely used in a blood transfusion on someone with type A blood?
(0.27)3 = 0.0197
103

x is the total time in minutes for the free response

you are given number of questions as 15 - m and time per item as 8 minutes

to find x multiply the two givens together:

x = 8 * (15-m) = 8(15-m)

d no solution

step-by-step explanation:

yes

step-by-step explanation:

so of course you want to start by plugging the 5 in which goes to 7(5)+3(5)=50 because 7*5=35 and 3*5=15 and then add them together, then plug in the 5 to the other equation as well 9(5)+5=50 because 9*5= 45 and then add 5 and so yes they are equivalent.

i believe so, according to my "strange" way of figuring out weird math problems like this.