The average of the given base lengths is the length of the midsegment:
... (72 + 104)/2 = 176/2 = 88
For the first digit, you have two possible choices: 1 or 2. For *each* of those choices, you can choose 1 or 2 for the second digit in the number, and for each of *those*, you can choose 1 or 2 for the third digit of the number.
That’s 2 * 2 * 2 or 8 possible 3-digit numbers you can make with the digits 1 and 2.
Here you can find x by solving 8x=-8 so x=-1. Then plug it in and you get 0
Answer:
(A) spinning red
(B) picking blue
Step-by-step explanation:
There are 9 sections to the spinner, so the probabilities of spinning the colors of interest are ...
red: 3/9 = 1/3
blue: 4/9
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There are 12 balls in the bag, so the probabilities of picking the colors of interest are ...
blue: 4/12 = 1/3
red: 5/12
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We note that the numbers that are the same on these lists are 1/3 for spinning red and picking blue. We also note that point A on the number line is located at about 1/3 (more than 1/4, less than 3/8).
The events that can be modeled by point A on the number line are ...
- spinning red
- picking a blue ball
Let x = number of batches.
So for every batch, you need 2 cups of flour, and you have 20 cups of flour. You cannot make a batch if you don't have the sufficient amount. So using our information, our inequality is 
. However, this can be further simplified.
For this inequality, divide both sides by 2, and <u>your inequality is 
.</u> <u>In context, you can make up to 10 batches of cookies.</u>
