Answer:
it would cost $10.8 for 9 chicken wings.
Step-by-step explanation:
Cost of 22 chicken wings = $26.40
we have to find first, cost of 1 chicken wings
For that we divide both side by 22
cost of 22/22 chicken wings = $26.40/22 = 1.2
Thus, cost of 1 chicken wings = $1.2
to fins cost of 9 chicken wings
we multiply both sides by 9
cost of 1*9 chicken wings = $1.2*9
cost of 9 chicken wings = $10.8
Thus, it would cost $10.8 for 9 chicken wings.
<u>Complete Question</u>
The usher at a wedding asked each of the 80 guests whether they were a friend of the bride or of the groom. The results are: 59 for Bride, 50 for Groom, 30 for both. Find the probability that a randomly selected person from this sample was a friend of the bride OR of the groom.
Answer:
0.9875
Step-by-step explanation:
Total Number of Guests, n(S)=80
Let the Event (a friend of the bride) =B
Let the Event (a friend of the groom) =G
n(B) =59
n(G)=50
Therefore:
Number of Guests who was a friend of the bride OR of the groom = 79
Therefore:
The probability that a randomly selected person from this sample was a friend of the bride OR of the groom.
I’m pretty sure it would just be sine=opposite/hypotenuse and tan=opposite/adjacent. For x it’d be: sin30=4/x . And for y it’d be: tan30= 4/y
Answer:
i guess A
Step-by-step explanation:
We already discussed the first triangle which should be HL :D!
For the second one it should be ASA (Question 17)
ASA states i<span>f two angles and the </span>included side<span> of one triangle are congruent to the corresponding parts of another triangle, then the triangles are congruent.
As for question 16 the question is cut off but assuming it is the same thing it will most likely be SSS since it states i</span><span>f three sides of one triangle are congruent to three sides of another triangle, then the triangles are considered congruent.
For question 18 or what is above it I cannot be too sure...
AS for the one that is 18 or below it with just SSS and SAS. I would say it would be SAS since it states that i</span><span>f two sides and the </span>included angle<span> of one triangle are congruent to the corresponding parts of another triangle, then they are congruent.</span><span>
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