Answer:
the fifth president name was James Monroe
The appropriate formula model would be (B x 2)+(H x 2)so when you plug in the numbers it would be (12 x 2) + (14 x 2) start doing the math and you get 24 + 28 which adds up to 52 inches and that is your perimeter
<h3>Answer:</h3>
<h3>Explanation:</h3>
When events are independent the probability of one does not depend on the other.
Here the probability of liking peas overall is 39%, but the probability of liking peas if you're male is 42%. That is, the probabilities are not the same, so the events are dependent.
_____
<em>Comment on answer choices</em>
Selections B and C are both "Dependent," so are correct in that aspect. However, the "reason" given for B has a bogus number (54%) for males liking peas. We have no idea where that number came from. C has the correct reason, so is the appropriate selection.
Answer:
Loaves of bread: b can't be a negative value, then the first table doesn't include viable solutions.
The number of loaves of bread must be a whole number, then the second table doesn't include viable solutions.
c=3.5b
if b=0→c=3.5(0)→c=0
If b=3→c=3.5(3)→c=10.5
If b=6→c=3.5(6)→c=21
If b=9→c=3.5(9)→c=31.5
The third table includes viable solutions
Answer:
<h2>32%</h2>
Step-by-step explanation:
The probability that two independent events occur together is the product of their individual probabilities, but we are not looking for a red car to be chosen at random, the problem already specifies that it is a car.
So we are told that the probability that any vehicle chosen at random is red, regardless of whether it is a car or a SUV is 32%. So 32% is the probability the problem is asking: that when a car is chosen, that it is red.