Let's plug in the variables one by one.
6g - 2h
plug in 5 for g and 4 for h
6(5) - 2(4)
multiply
30 - 8
subtract
→ 22
20g
plug in 2 for g
20(2)
multiply
40
2(g + 1)
plug in 10 for g
2(10 + 1)
add
2(11)
multiply
→ 22
4g + 5h
plug in 1 for g and 4 for h
4(1) + 5(4)
multiply
4 + 20
add
24
Therefore, the answers that have a value of 22 are 6g - 2h and 2(g + 1)
R = # of Gladiolus Mrs. Rouse has
L = # of gladiolus Mrs. Leal has
R = 3L
R+L = 128
Solution for number of Gladiolus each has
3L + L = 128
4L = 128
L = 32
R = 3(32) = 96
Okay I'll try to show it step by step
Step 1. So first you need to recognise that the diagram is a right angled triangle, with the right angle being at the bottom. This means we can do Pythagoras' Theorem.
Step 2. Now that you know you can use Pythagoras' Theorem, you can apply it. If you don't know, the theorem is a² + b² = c², with, in this case, a being 5 and b being 8. This means we can do 5² + 8² = 25 + 64 = 89.
Step 3. From the previous step, we now know that the length of the side including x is √89, and because we know that part of this side is 3, if we subtract 3 from √89 we get the value of x, so: √89 - 3 = 9.434 - 3 = 6.434, which is your answer.
I hope this helps!
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Explanation:</h2><h2>
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By using quadratic formula:
So the solutions are:
The sale per linear feet is $16.75.
First, we need to find the total amount of sales, so we have to subtract the returns and discounts.
10342 - 217 - 599 = 9529
Now, divide this amount by the amount of linear feet.
9529 / 575 = 16.57
