The first choice is the contains only irrational number
Answer: 60
Step-by-step explanation:
Let the side lengths of the rectangular pan be m and n. It follows that (m-2) (n-2)= 
So, since haf of the brownie pieces are in the interior. This gives 2 (m-2) (n-2) =mn
mn- 2m - 2n- 4 = 0
Then Adding 8 to both sides and applying, we obtain (m-2) (n-2) =8
Since now, m and n are both positive, we obtain (m,n) = (5,12), (6,8) (up to ordering). By inspection, 5. 12 = 60
which maximizes the number of brownies in total which is the greatest number.
Hope that helped! =)
To find out how many inches were gained, solve it with the expression 8 - x.
The arithmetic sequence is x - 85 for each one.
170 - 85 = 85
85 - 85 = 0
0 - 85 = -85
and so on
so you subtract 85 each time
hope this helps
Answer:
1
Step-by-step explanation:
3(1)+5=8
3(0)+5=5
3(2)+5=11
3(3)+5=14
3(4)+5=17
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Need=51
S=12.75
G=6.5/hr•2hr=13
W=5.25/hr•5hr=26.25
S+g+w=12.75+13+26.25=52
Yes because total will be 52
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5x+3≥23
5x≥20
x≥4
[4,8,12]
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9w
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38.88+1.87x
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9x-3
....
x=56
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69=18+19+t
69=37+t
32=t
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77-20.1-10.39=s
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2
....
11 doesn't have an equation to solve.
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12 doesn't have a solution to solve.
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n≤7
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32≤14+m
18≤m
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120≤20+m
100≤m
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d=50t
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Y=5.5x
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Y=4x
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Dependent variable is distance.
