Answer:
Step-by-step explanation:
a.infinite set of point on the line
point on a chart that has no restrictions, and it tends to be extended.
b. an empty set is otherwise called null set, it has no components persent in it. spoken to by { }
c. point on quadrant 1.
In quadrant 1, the two directions x and y must be certain. Any separation which has its reference with the source is known as a point.
it very well may be determined by the formular Δy/Δx of the facilitate.
Draw triangles within the ramps and since they are right triangles, use the pythagorean theorem based on what was given and solve
now, bear in mind, that zeroing out the denominator, also gives critical points, usually asymptotic points, where the derivative is undefined, now, in this case, the denominator is never zero, so we don't get any from the denominator, just from the numerator, and are 0 and 1
now check the picture below
running a first-derivative test on it, those are the values on those regions
you get a negative, regardless of what it might be, what matters is the sign
you get a positive, and then a negative
so, f(x) goes down, then up then down
now, you can see, there's on relative minimum and a relative maximum
Well let's see first we have to divide
132 divided by 12 is 11
Now to check and prove your answer we should use the multiplication.
11 times 12 is 132.
So now you have a solid answer with proof behind it.
If u need a sentence you might want it to go something like this;
Matt brought 11 packs of baseball cards since 132 divided by 12 is 11. 12 times 11 is 132 cards.
Hope I helped!
The solutions are given by the intersections of the graphs, we conclude that the negative solution for x is x = -2.
<h3>Which point represents a negative solution for x?</h3>
Here we have a system of equations graphed, each graph (red and blue ones) represents each side of the given equation:
The red one represents the right side, while the blue one represents the left side.
Then, the solutions are all of these points where the two graphs intersect (meaning that both equations have the same value in that point).
Then, the negative solution for x is given by the intersection in the left side of the vertical axis, which happens at x = -2, so we conclude that the negative solution for x is x = -2
If you want to learn more about systems of equations:
brainly.com/question/13729904
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