Step 1. Use Division Distributive Property

Step 2. Simplify

to


Step 3. Use Division Distributive Property


Step 4. Simplify

to
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
Step 5. Simplify
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to


Step 6. Simplify

to


Step 7. Simplify
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to


Step 8. Simplify

Done!
Your answer is 3
The experimental units in this experiment are the 10 plants in group 2.
The experimental unit is a term used in science to refer to an individual or group of objects that are initially equivalent and then undergo experimental processes.
According to the above, the experimental unit of this experiment is the group 2 of plants because these are the plants that are going to be put into experimentation with a new fertilizer.
Then, the answer is D, because it refers to the experimental unit corresponding to this experiment.
Learn more in: brainly.com/question/17034824
A = 7/3
quadratic formula
don’t know if that’s the method ur teacher wanted u to answer
We are given with the coordinates of one of the points of a line which is
(1,2)
In order to generate an equation of a line, we need at least one other point or the slope of the line. If we are given with the slope of line, we can use the point slope form which is
y - y1 = m (x - x1)
substituting
y - 2 = m(x - 1)