The first thing you should do for this case is to take 35% out of 9.95
We have then
(0.35) * (9.95) = 3.4825
Then, we must add this value from the original price of a dozen
9.95+3.4825 = <span>
<span>13.4325
less a 25 percent trade discount
</span></span> 13.4325*(1-0.25)=<span>
<span>10.074375
</span></span> answer
the selling price of each dozen should be $<span>
<span>10.074375</span></span>
The answer is A because there is a higher chance of the number cube rolling a 3,4,5 or 6 than the cube rolling a 1 or 2. It’s 4 against 2
Answer:
d. Taking larger samples more frequently
Step-by-step explanation:
The alternative that will increase the probability of detecting a shift in the process average is option D.
d. Taking larger samples more frequently
.
(2,1) is the solution because its where they both intersect..
