Hey, sorry this took so long for you to get an answer. Let me try.
<h2>Answers:</h2>
Part A: Answer choice C.
Part B: 6 people can come to the bowling alley.
<h2>Explanation:</h2>
For Part A, I've concluded that the answer is C. Ben can't spend more than $80, so it has to be equal to or less than 80. The flat fee is $45, and the cost per person is variable, $5.50p, so I combined all of those together and got <em>45+5.50p ≤ 80 .</em>
This is answer choice C.
And for Part B, I got 6. I got this answer from doing 80, the maximum cost, minus the flat rate, 45. Then, I divided this number by 5.50 to get the number of friends that could be paid for. I originally got 6.3636... but I rounded down because you can't have 0.3636... of a friend to come to the bowling alley.
Hopefully this isn't too late. Good luck.
Answer:
40 members
Step-by-step explanation:
Let the total members = x
<u>Given the following data;</u>
Number of sixth graders = 12 members
The mathematical expression is;
x = 40
<em>Therefore, the total members in the middle school coding club is 40 members</em>.
Answer:
#1 Obtuse Scalene, #2 Right Scalene, #3 Acute Equilateral, #4 Acute Isosceles
Step-by-step explanation:
Area=length x width
A=lw
A=12 3/8
l=x
w=2 3/4
first, make your mixed numbers into improper fractions
12 3/8 --> 99/8
2 3/4 --> 11/4
then, set equal denominators
99/8 and 22/8
99/8=22/8x --plug in values
99/22=x --divide both sides by 22/8
convert improper fraction to mixed number
99/22 --> 4 11/22 --> 4 1/2
therefore, the length is 4 1/2 meters
His hourly pay was $13.50 per hour
54/4 = 13.50 per hour
