<u>The following could be a correct first step to solving the equation 4(3+x)=36</u>
- 12 + 4 x = 36
- 3 + x = 9
- (4.3) + (x.4) = 36
<u>Step-by-step explanation:</u>
Here we have , to that which equation fits good for next step solutions for the given equation as 
:
case 1: 
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Yes, this equation can be obtained from as
⇒ 
⇒ 
case 2: 
:
Yes, this equation can be obtained from as
⇒ 
⇒ 
⇒
case 3: 
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No, not possible as can be written as
⇒ Not as .
case 4: 
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Not possible as can be written as
⇒ Not as .
case 5: 
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Not possible as can be written as
⇒ Not as .
case 6: 
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Yes, this equation can be obtained from as
⇒
Answer:
c
Step-by-step explanation: tell me if it is wrong if not
plz give brainliest?
The equation for the determination of the z-score is shown below.
z-score = (x - μ) / σ
where x is the value in which we need to determine the z-score, μ is the mean or the average, and σ is the standard deviation.
Substituting the known values,
z-score = (1,030.00 - 1,200) / 100 = -1.7
Therefore, the z-score of 1,030 is -1.7.
Answer: Choice A. 
This is the same as saying the set of all real numbers.
There are no restrictions to put on the domain, so there are no values to avoid. This is because there are gaps, jumps, or holes in the graph. It's one continuous single curve.
This curve stretches forever to the left and right. As it goes left, it moves up (rises to the left). As it moves right, it goes downhill (it falls to the right). Saying "rises to the left and falls to the right" is an informal way to describe the end behavior. The actual specific end behavior doesn't matter. What matters is both left and right sides go on forever.
A domain of the set of all real numbers means we can plug in any real number for x, and get some output for y, which is part of the range.
One way we can describe the set of all real numbers in terms of an inequality is to write 
meaning that x is between negative and positive infinity, ie x is anything you want. The inequality converts to the interval notation . Interval notation is a compact way of writing compound inequalities.
Answer:
I believe the correct answer from the choices listed in the image is the second option. The statement that allows us to conclude that line m and line n are parallel would be that angle 2 and angle 7 are equal. They are alternate exterior angles. Hope this answers the question.
