The answer is 29, because i did long division on a paper i can not show the work.
The midpoint would be (-8.5,-3.5))
Placing the equations under the correct solution, we get
x = 3 x ≠ 3
-14x = -42 -5 + x = -9
x -5 = -2
<h3>Solving Linear Equations </h3>
From the question, we are to place the equations under the correct solution
To do this, we will solve the equations one after the other
x = -42/-14
x = 3
x = -9 + 5
x = -4
∴ x ≠ 3
x = 3
x = 3
x = 3 × 9
x = 27
∴ x ≠ 3
x = -2 + 5
x = 3
Hence, placing the equations under the correct solution, we get
x = 3 x ≠ 3
-14x = -42 -5 + x = -9
x -5 = -2
Learn more on Solving linear equations here: brainly.com/question/13204213
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Answer:
I believe its D, if not C
Step-by-step explanation:
Since 6x would be something multiplying, the weeks that would be the amount added every week. 120 would the amount it weighs when its born.
When we say two quantities 
and 
are proportional to one another, there are two ways we could mean this.
- If is *directly* proportional to , then we mean that as changes, changes in the same direction. In other words, if is in/decreased, then also in/decreases. The rate of in/decrease doesn't have to be one-to-one; for example, we could have increase by 1 unit while would proportionally increase by 5 units. In this case, we'd have 
.
- On the other hand, if is *inversely* proportional to , then a change in results in a change in that goes in the opposite direction. A common example involves taking a rectangle of constant area and adjusting the width and length . If the rectangle has an area of 5 square units, then we could have 
and 
, or we could have 
and 
, or 
and 
, or any combination of and such that 
is satisfied.
In both cases, we call 5 the "constant of proportionality".
On to your exercises:
(1a) Looks like 
stands for number of apples. Then we're told that the cost 
, which means that for every apple, the cost increases by 2.3 dollars. So the constant of proportionality is 2.3. In the language of proportionality, we could then say that the cost of apples is directly proportional to the number of apples by a factor of 2.3.
(1b) 5.4
(1c) 12.5
