Answer: Choice A) at most 2.5 ft wide
Work Shown:
16w ≤ 40
w ≤ 40/16
w ≤ 2.5
This says that the banner must be at most 2.5 ft wide (choice A)
In other words, the largest the width can get is w = 2.5; we can think of this as the ceiling value.
#22
48.75 x 0.15 = $7.31
answer: tips are $7.31
Answer:
10/11
Step-by-step explanation:
At first we have to swap the fractions to make those fractions into a normal number. Because it will become a multiplication.
4 × (x + 5) < 5 × (3x + 2)
We will multiply the numbers by the brackets.
4x + 20 < 15x + 10
Now we swap the constant and values from left to right side.
4x - 15x < 10 - 20
or, - 11x < -10
If we divide the inequality by a negative number, say - 11, the inequality becomes reverse.
Therefore,
[-11x ÷ (-11)] > [(-10) ÷ (-11)]
or, x > (10/11)
Ok I’ll add it then I’ll answer
Its two squares, so you need to start by finding the perfect roots that go into 117. If you need more help after that just comment :)
